From f371063dc835c835780e0cbe7510bdf7bb6a4795 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Wed, 18 May 2022 22:19:25 -0400 Subject: [PATCH 01/29] restore exception raised when 'b' mode production activity produces negative values --- periodictable/activation.py | 4 ---- 1 file changed, 4 deletions(-) diff --git a/periodictable/activation.py b/periodictable/activation.py index b5c8d65..d711e36 100644 --- a/periodictable/activation.py +++ b/periodictable/activation.py @@ -422,10 +422,6 @@ def activity(isotope, mass, env, exposure, rest_times): activity = root/(parent_lam - lam) * ( lam*expm1(-parent_lam*exposure) - parent_lam*expm1(-lam*exposure)) #print("N", parent_lam, "O", activity) - if activity < 0: - #frac = lam/parent_lam - #print(f"{activity=} {root=} {lam=} {exposure=} {parent_lam=} {exp(-lam*exposure)=} {lam/parent_lam=} {exp(-lam*exposure)/(1-(lam/parent_lam))=} {(frac-expm1(-lam*exposure))/(1-frac)=}") - activity = 1e-10 elif ai.reaction == '2n': # Column N: 0.69/t1/2 (1/h) lambda of parent nuclide parent_lam = LN2 / ai.Thalf_parent From 1297b3aef696719bdbe7b62d33537d8ca20154cd Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Wed, 18 May 2022 22:21:43 -0400 Subject: [PATCH 02/29] check activation calculation completes for all elements --- periodictable/activation.py | 6 ++++-- 1 file changed, 4 insertions(+), 2 deletions(-) diff --git a/periodictable/activation.py b/periodictable/activation.py index d711e36..87b8e67 100644 --- a/periodictable/activation.py +++ b/periodictable/activation.py @@ -540,11 +540,13 @@ def __init__(self, **kw): def demo(): # pragma: nocover import sys decay_level = 5e-4 - formula = sys.argv[1] fluence = 1e5 exposure = 10 mass = 1 - if 0: # Make sure all elements compute + if len(sys.argv) > 1: + formula = sys.argv[1] + else: + # Make sure all elements compute import periodictable as pt formula = "".join(str(el) for el in pt.elements)[1:] # Use an enormous mass to force significant activation of rare isotopes From bc73cd2e38065b0ec60d2f92eb0a6b6b3ea11188 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Mon, 3 Apr 2023 13:45:12 -0400 Subject: [PATCH 03/29] Nicer error message for trans-uranic xray sld failure. Refs #56 --- periodictable/xsf.py | 2 ++ 1 file changed, 2 insertions(+) diff --git a/periodictable/xsf.py b/periodictable/xsf.py index 3c1d060..0e924dc 100644 --- a/periodictable/xsf.py +++ b/periodictable/xsf.py @@ -414,6 +414,8 @@ def xray_sld(compound, density=None, natural_density=None, for element, quantity in compound.atoms.items(): mass += element.mass*quantity f1, f2 = element.xray.scattering_factors(energy=energy) + if f1 is None: + raise ValueError('X-ray scattering factors not available for '+str(element)) #print element, f1, f2, wavelength sum_f1 += f1*quantity sum_f2 += f2*quantity From d7ac5e601c56ba64d6f81fdb81e380ca594bab98 Mon Sep 17 00:00:00 2001 From: jfkcooper Date: Fri, 23 Jun 2023 09:44:10 +0100 Subject: [PATCH 04/29] `scattering` already returns None if not self.has_sld --- periodictable/nsf.py | 2 -- 1 file changed, 2 deletions(-) diff --git a/periodictable/nsf.py b/periodictable/nsf.py index 8d1d01d..5cd6644 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -456,8 +456,6 @@ def sld(self, wavelength=ABSORPTION_WAVELENGTH): # TODO: return NaN instead of None for missing sld. # This should happen automatically if the cross sections are NaN in # the table. - if not self.has_sld(): - return None, None, None return self.scattering(wavelength=wavelength)[0] @require_keywords From 585117b695dfdd8b0f2e7241d2b3e5f01ae6d284 Mon Sep 17 00:00:00 2001 From: jfkcooper Date: Fri, 23 Jun 2023 16:29:37 +0100 Subject: [PATCH 05/29] changed isotope masses and reference to where they came from --- periodictable/mass.py | 5900 ++++++++++++++++++++--------------------- 1 file changed, 2950 insertions(+), 2950 deletions(-) diff --git a/periodictable/mass.py b/periodictable/mass.py index b19e06d..0c70622 100644 --- a/periodictable/mass.py +++ b/periodictable/mass.py @@ -18,15 +18,14 @@ Atomic Weights and Isotopic Composition [#Coursey]_. -The atomic weights are available for elements 1 through 112, 114, & 116 and +The atomic weights are available for elements 1 through 118 and isotopic compositions or abundances are given when appropriate. The atomic -weights data were published by Coplen [#Coplen]_ in Atomic Weights of the -Elements 1999, (and include changes reported from the 2001 review in -Chem. Int., 23, 179 (2001)) and the isotopic compositions data were -published by Rosman [#Rosman]_ and Taylor [#Taylor]_ in Isotopic Compositions -of the Elements 1997. The relative atomic masses of the isotopes data were -published by Audi [#Audi]_ and Wapstra [#Wapstra]_ in the 1995 Update To The -Atomic Mass Evaluation. +weights data were published by Wang [#Wang]_ in The AME 2020 atomic mass +evaluation (II). Tables, graphs and references, and the isotopic compositions +data were published by Rosman [#Rosman]_ and Taylor [#Taylor]_ in Isotopic +Compositions of the Elements 1997. The relative atomic masses of the isotopes +data were published by Audi [#Audi]_ and Wapstra [#Wapstra]_ in the 1995 +Update To The Atomic Mass Evaluation. This data has been compiled from the above sources for the user's convenience and does not represent a critical evaluation by the NIST Physics Laboratory. @@ -45,6 +44,8 @@ Measurements, European Commission, Belgium. .. [#Audi] Audi. G. : Centre de Spectrométrie Nucléaire et de Spectrométrie de Masse, Orsay Campus, France. +.. [#Wang] Wang. M., Huang. W. J., Kondev. F. G., Audi. G., Naimi. S., + Institute of Modern Physics, Chinese Academy of Sciences, .. [#Wapstra] Wapstra. A. H. : National Institute of Nuclear Physics and High-Energy Physics, Amsterdam, The Netherlands. """ @@ -52,7 +53,6 @@ from .core import Element, Isotope from .constants import neutron_mass -#__all__ = ['init'] def _parse_mass(str): idx = str.find('(') @@ -76,8 +76,8 @@ def mass(isotope): Atomic weight of the element. Reference: - *Coursey. J. S., Schwab. D. J, and Dragoset. R. A., - NIST Atomic Weights and Isotopic Composition Database.* + *Wang. M., Huang. W. J., Kondev. F. G., Audi. G., Naimi. S., The AME + 2020 atomic mass evaluation (II). Tables, graphs and references * """ return isotope._mass @@ -127,2943 +127,2943 @@ def init(table, reload=False): iso._abundance = 100 massdata = """\ -1-H-1,1.0078250321(4),99.9885(70),1.00794(7) -1-H-2,2.0141017780(4),0.0115(70),1.00794(7) -1-H-3,3.0160492675(11),,1.00794(7) -1-H-4,4.02783(12),,1.00794(7) -1-H-5,5.03954(102),,1.00794(7) -1-H-6,6.04494(28),,1.00794(7) -2-He-3,3.0160293097(9),0.000137(3),4.002602(2) -2-He-4,4.0026032497(10),99.999863(3),4.002602(2) -2-He-5,5.012220(50),,4.002602(2) -2-He-6,6.0188881(11),,4.002602(2) -2-He-7,7.028030(30),,4.002602(2) -2-He-8,8.033922(8),,4.002602(2) -2-He-9,9.043820(70),,4.002602(2) -2-He-10,10.052400(80),,4.002602(2) -3-Li-4,4.02718(23),,6.941(2) -3-Li-5,5.012540(50),,6.941(2) -3-Li-6,6.0151223(5),7.59(4),6.941(2) -3-Li-7,7.0160040(5),92.41(4),6.941(2) -3-Li-8,8.0224867(5),,6.941(2) -3-Li-9,9.0267891(21),,6.941(2) -3-Li-10,10.035481(16),,6.941(2) -3-Li-11,11.043796(29),,6.941(2) -3-Li-12,12.05378(107)#,,6.941(2) -4-Be-5,5.04079(429)#,,9.012182(3) -4-Be-6,6.019726(6),,9.012182(3) -4-Be-7,7.0169292(5),,9.012182(3) -4-Be-8,8.00530509(4),,9.012182(3) -4-Be-9,9.0121821(4),100,9.012182(3) -4-Be-10,10.0135337(4),,9.012182(3) -4-Be-11,11.021658(7),,9.012182(3) -4-Be-12,12.026921(16),,9.012182(3) -4-Be-13,13.03613(54),,9.012182(3) -4-Be-14,14.04282(12),,9.012182(3) -5-B-7,7.029920(80),,10.811(7) -5-B-8,8.0246067(12),,10.811(7) -5-B-9,9.0133288(11),,10.811(7) -5-B-10,10.0129370(4),19.9(7),10.811(7) -5-B-11,11.0093055(5),80.1(7),10.811(7) -5-B-12,12.0143521(15),,10.811(7) -5-B-13,13.0177803(12),,10.811(7) -5-B-14,14.025404(23),,10.811(7) -5-B-15,15.031097(24),,10.811(7) -5-B-16,16.039810(60),,10.811(7) -5-B-17,17.04693(15),,10.811(7) -5-B-18,18.05617(86)#,,10.811(7) -5-B-19,19.06373(43)#,,10.811(7) -6-C-8,8.037675(25),,12.0107(8) -6-C-9,9.0310401(23),,12.0107(8) -6-C-10,10.0168531(4),,12.0107(8) -6-C-11,11.0114338(10),,12.0107(8) -6-C-12,12.0000000(0),98.93(8),12.0107(8) -6-C-13,13.0033548378(10),1.07(8),12.0107(8) -6-C-14,14.003241988(4),,12.0107(8) -6-C-15,15.0105993(9),,12.0107(8) -6-C-16,16.014701(4),,12.0107(8) -6-C-17,17.022584(19),,12.0107(8) -6-C-18,18.026760(30),,12.0107(8) -6-C-19,19.03525(12),,12.0107(8) -6-C-20,20.04032(22),,12.0107(8) -6-C-21,21.04934(54)#,,12.0107(8) -6-C-22,22.05645(97)#,,12.0107(8) -7-N-10,10.04262(43)#,,14.0067(2) -7-N-11,11.02680(19),,14.0067(2) -7-N-12,12.0186132(11),,14.0067(2) -7-N-13,13.00573858(29),,14.0067(2) -7-N-14,14.0030740052(9),99.632(7),14.0067(2) -7-N-15,15.0001088984(9),0.368(7),14.0067(2) -7-N-16,16.0061014(28),,14.0067(2) -7-N-17,17.008450(16),,14.0067(2) -7-N-18,18.014082(21),,14.0067(2) -7-N-19,19.017027(18),,14.0067(2) -7-N-20,20.023370(60),,14.0067(2) -7-N-21,21.02709(10),,14.0067(2) -7-N-22,22.03444(21),,14.0067(2) -7-N-23,23.04051(76)#,,14.0067(2) -7-N-24,24.05050(54)#,,14.0067(2) -8-O-12,12.034405(20),,15.9994(3) -8-O-13,13.024810(10),,15.9994(3) -8-O-14,14.00859529(8),,15.9994(3) -8-O-15,15.0030654(5),,15.9994(3) -8-O-16,15.9949146221(15),99.757(16),15.9994(3) -8-O-17,16.99913150(22),0.038(1),15.9994(3) -8-O-18,17.9991604(9),0.205(14),15.9994(3) -8-O-19,19.003579(3),,15.9994(3) -8-O-20,20.0040762(13),,15.9994(3) -8-O-21,21.008655(13),,15.9994(3) -8-O-22,22.009970(60),,15.9994(3) -8-O-23,23.01569(11),,15.9994(3) -8-O-24,24.02037(33),,15.9994(3) -8-O-25,25.02914(40)#,,15.9994(3) -8-O-26,26.03775(46)#,,15.9994(3) -9-F-14,14.03608(43)#,,18.9984032(5) -9-F-15,15.01801(14),,18.9984032(5) -9-F-16,16.011466(9),,18.9984032(5) -9-F-17,17.00209524(27),,18.9984032(5) -9-F-18,18.0009377(6),,18.9984032(5) -9-F-19,18.99840320(7),100,18.9984032(5) -9-F-20,19.99998132(9),,18.9984032(5) -9-F-21,20.9999489(19),,18.9984032(5) -9-F-22,22.002999(13),,18.9984032(5) -9-F-23,23.003570(90),,18.9984032(5) -9-F-24,24.008100(70),,18.9984032(5) -9-F-25,25.012090(80),,18.9984032(5) -9-F-26,26.01963(13),,18.9984032(5) -9-F-27,27.02689(45),,18.9984032(5) -9-F-28,28.03567(55)#,,18.9984032(5) -9-F-29,29.04326(62)#,,18.9984032(5) -10-Ne-16,16.025757(22),,20.1797(6) -10-Ne-17,17.017700(50),,20.1797(6) -10-Ne-18,18.0056971(16),,20.1797(6) -10-Ne-19,19.0018798(6),,20.1797(6) -10-Ne-20,19.9924401759(20),90.48(3),20.1797(6) -10-Ne-21,20.99384674(4),0.27(1),20.1797(6) -10-Ne-22,21.99138551(23),9.25(3),20.1797(6) -10-Ne-23,22.99446734(26),,20.1797(6) -10-Ne-24,23.993615(11),,20.1797(6) -10-Ne-25,24.997790(50),,20.1797(6) -10-Ne-26,26.000460(60),,20.1797(6) -10-Ne-27,27.00762(10),,20.1797(6) -10-Ne-28,28.01211(12),,20.1797(6) -10-Ne-29,29.01935(32),,20.1797(6) -10-Ne-30,30.02387(88),,20.1797(6) -10-Ne-31,31.03311(97)#,,20.1797(6) -10-Ne-32,32.03991(94)#,,20.1797(6) -11-Na-18,18.02718(43)#,,22.989770(2) -11-Na-19,19.013879(13),,22.989770(2) -11-Na-20,20.007348(7),,22.989770(2) -11-Na-21,20.9976551(8),,22.989770(2) -11-Na-22,21.9944368(5),,22.989770(2) -11-Na-23,22.98976967(23),100,22.989770(2) -11-Na-24,23.99096333(23),,22.989770(2) -11-Na-25,24.9899544(13),,22.989770(2) -11-Na-26,25.992590(15),,22.989770(2) -11-Na-27,26.994010(40),,22.989770(2) -11-Na-28,27.998890(80),,22.989770(2) -11-Na-29,29.00281(10),,22.989770(2) -11-Na-30,30.00923(10),,22.989770(2) -11-Na-31,31.01360(18),,22.989770(2) -11-Na-32,32.01965(52),,22.989770(2) -11-Na-33,33.02739(160),,22.989770(2) -11-Na-34,34.03490(113)#,,22.989770(2) -11-Na-35,35.04418(166)#,,22.989770(2) -12-Mg-20,20.018863(29),,24.3050(6) -12-Mg-21,21.011714(18),,24.3050(6) -12-Mg-22,21.9995741(15),,24.3050(6) -12-Mg-23,22.9941249(13),,24.3050(6) -12-Mg-24,23.98504190(20),78.99(4),24.3050(6) -12-Mg-25,24.98583702(20),10.00(1),24.3050(6) -12-Mg-26,25.98259304(21),11.01(3),24.3050(6) -12-Mg-27,26.98434074(21),,24.3050(6) -12-Mg-28,27.9838767(22),,24.3050(6) -12-Mg-29,28.988550(30),,24.3050(6) -12-Mg-30,29.990460(70),,24.3050(6) -12-Mg-31,30.996550(80),,24.3050(6) -12-Mg-32,31.99915(10),,24.3050(6) -12-Mg-33,33.00559(16),,24.3050(6) -12-Mg-34,34.00907(28),,24.3050(6) -12-Mg-35,35.01749(47)#,,24.3050(6) -12-Mg-36,36.02245(97)#,,24.3050(6) -12-Mg-37,37.03124(97)#,,24.3050(6) -13-Al-21,21.02804(32)#,,26.981538(2) -13-Al-22,22.01952(10)#,,26.981538(2) -13-Al-23,23.007265(27),,26.981538(2) -13-Al-24,23.999941(4),,26.981538(2) -13-Al-25,24.9904286(7),,26.981538(2) -13-Al-26,25.98689166(21),,26.981538(2) -13-Al-27,26.98153844(14),100,26.981538(2) -13-Al-28,27.98191018(15),,26.981538(2) -13-Al-29,28.9804448(13),,26.981538(2) -13-Al-30,29.982960(15),,26.981538(2) -13-Al-31,30.983946(22),,26.981538(2) -13-Al-32,31.988120(90),,26.981538(2) -13-Al-33,32.990870(70),,26.981538(2) -13-Al-34,33.99693(10),,26.981538(2) -13-Al-35,34.99994(15),,26.981538(2) -13-Al-36,36.00635(29),,26.981538(2) -13-Al-37,37.01031(58),,26.981538(2) -13-Al-38,38.01690(60)#,,26.981538(2) -13-Al-39,39.02190(64)#,,26.981538(2) -14-Si-22,22.03453(22)#,,28.0855(3) -14-Si-23,23.02552(21)#,,28.0855(3) -14-Si-24,24.011546(21),,28.0855(3) -14-Si-25,25.004107(11),,28.0855(3) -14-Si-26,25.992330(3),,28.0855(3) -14-Si-27,26.98670476(17),,28.0855(3) -14-Si-28,27.9769265327(20),92.2297(7),28.0855(3) -14-Si-29,28.97649472(3),4.6832(5),28.0855(3) -14-Si-30,29.97377022(5),3.0872(5),28.0855(3) -14-Si-31,30.97536327(7),,28.0855(3) -14-Si-32,31.9741481(23),,28.0855(3) -14-Si-33,32.978001(17),,28.0855(3) -14-Si-34,33.978576(15),,28.0855(3) -14-Si-35,34.984580(40),,28.0855(3) -14-Si-36,35.98669(11),,28.0855(3) -14-Si-37,36.99300(13),,28.0855(3) -14-Si-38,37.99598(29),,28.0855(3) -14-Si-39,39.00230(43)#,,28.0855(3) -14-Si-40,40.00580(54)#,,28.0855(3) -14-Si-41,41.01270(64)#,,28.0855(3) -14-Si-42,42.01610(75)#,,28.0855(3) -15-P-24,24.03435(54)#,,30.973761(2) -15-P-25,25.02026(21)#,,30.973761(2) -15-P-26,26.01178(21)#,,30.973761(2) -15-P-27,26.999190(40),,30.973761(2) -15-P-28,27.992312(4),,30.973761(2) -15-P-29,28.9818014(8),,30.973761(2) -15-P-30,29.9783138(4),,30.973761(2) -15-P-31,30.97376151(20),100,30.973761(2) -15-P-32,31.97390716(20),,30.973761(2) -15-P-33,32.9717253(12),,30.973761(2) -15-P-34,33.973636(5),,30.973761(2) -15-P-35,34.9733142(20),,30.973761(2) -15-P-36,35.978260(14),,30.973761(2) -15-P-37,36.979610(40),,30.973761(2) -15-P-38,37.98447(15),,30.973761(2) -15-P-39,38.98642(16),,30.973761(2) -15-P-40,39.99105(21),,30.973761(2) -15-P-41,40.99480(50),,30.973761(2) -15-P-42,42.00009(54)#,,30.973761(2) -15-P-43,43.00331(54)#,,30.973761(2) -15-P-44,44.00988(75)#,,30.973761(2) -15-P-45,45.01514(86)#,,30.973761(2) -15-P-46,46.02383(97)#,,30.973761(2) -16-S-26,26.02788(32)#,,32.065(5) -16-S-27,27.01880(22)#,,32.065(5) -16-S-28,28.00437(17),,32.065(5) -16-S-29,28.996610(50),,32.065(5) -16-S-30,29.984903(3),,32.065(5) -16-S-31,30.9795544(16),,32.065(5) -16-S-32,31.97207069(12),94.93(31),32.065(5) -16-S-33,32.97145850(12),0.76(2),32.065(5) -16-S-34,33.96786683(11),4.29(28),32.065(5) -16-S-35,34.96903214(10),,32.065(5) -16-S-36,35.96708088(25),0.02(1),32.065(5) -16-S-37,36.97112572(27),,32.065(5) -16-S-38,37.971163(8),,32.065(5) -16-S-39,38.975140(50),,32.065(5) -16-S-40,39.97547(25),,32.065(5) -16-S-41,40.98003(23),,32.065(5) -16-S-42,41.98149(35),,32.065(5) -16-S-43,42.98660(90),,32.065(5) -16-S-44,43.98832(54)#,,32.065(5) -16-S-45,44.99482(64)#,,32.065(5) -16-S-46,45.99957(75)#,,32.065(5) -16-S-47,47.00762(86)#,,32.065(5) -16-S-48,48.01299(97)#,,32.065(5) -16-S-49,49.02201(107)#,,32.065(5) -17-Cl-28,28.02851(54)#,,35.453(2) -17-Cl-29,29.01411(21)#,,35.453(2) -17-Cl-30,30.00477(21)#,,35.453(2) -17-Cl-31,30.992420(50),,35.453(2) -17-Cl-32,31.985689(7),,35.453(2) -17-Cl-33,32.9774518(6),,35.453(2) -17-Cl-34,33.97376197(13),,35.453(2) -17-Cl-35,34.96885271(4),75.78(4),35.453(2) -17-Cl-36,35.96830695(8),,35.453(2) -17-Cl-37,36.96590260(5),24.22(4),35.453(2) -17-Cl-38,37.96801055(12),,35.453(2) -17-Cl-39,38.9680077(19),,35.453(2) -17-Cl-40,39.970420(30),,35.453(2) -17-Cl-41,40.970650(70),,35.453(2) -17-Cl-42,41.97317(12),,35.453(2) -17-Cl-43,42.97420(17),,35.453(2) -17-Cl-44,43.97854(24),,35.453(2) -17-Cl-45,44.97970(70),,35.453(2) -17-Cl-46,45.98412(54)#,,35.453(2) -17-Cl-47,46.98795(64)#,,35.453(2) -17-Cl-48,47.99485(75)#,,35.453(2) -17-Cl-49,48.99989(86)#,,35.453(2) -17-Cl-50,50.00773(97)#,,35.453(2) -17-Cl-51,51.01353(107)#,,35.453(2) -18-Ar-30,30.02156(32)#,,39.948(1) -18-Ar-31,31.01213(22)#,,39.948(1) -18-Ar-32,31.997660(50),,39.948(1) -18-Ar-33,32.989930(30),,39.948(1) -18-Ar-34,33.980270(3),,39.948(1) -18-Ar-35,34.9752567(8),,39.948(1) -18-Ar-36,35.96754628(27),0.3365(30),39.948(1) -18-Ar-37,36.9667759(3),,39.948(1) -18-Ar-38,37.9627322(5),0.0632(5),39.948(1) -18-Ar-39,38.964313(5),,39.948(1) -18-Ar-40,39.962383123(3),99.6003(30),39.948(1) -18-Ar-41,40.9645008(7),,39.948(1) -18-Ar-42,41.963050(40),,39.948(1) -18-Ar-43,42.965670(80),,39.948(1) -18-Ar-44,43.965365(22),,39.948(1) -18-Ar-45,44.968090(60),,39.948(1) -18-Ar-46,45.968090(40),,39.948(1) -18-Ar-47,46.97219(11),,39.948(1) -18-Ar-48,47.97507(32)#,,39.948(1) -18-Ar-49,48.98218(54)#,,39.948(1) -18-Ar-50,49.98594(75)#,,39.948(1) -18-Ar-51,50.99324(75)#,,39.948(1) -18-Ar-52,51.99817(97)#,,39.948(1) -18-Ar-53,53.00623(107)#,,39.948(1) -19-K-32,32.02192(54)#,,39.0983(1) -19-K-33,33.00726(21)#,,39.0983(1) -19-K-34,33.99841(32)#,,39.0983(1) -19-K-35,34.988012(21),,39.0983(1) -19-K-36,35.981293(8),,39.0983(1) -19-K-37,36.97337691(29),,39.0983(1) -19-K-38,37.9690801(8),,39.0983(1) -19-K-39,38.9637069(3),93.2581(44),39.0983(1) -19-K-40,39.96399867(29),0.0117(1),39.0983(1) -19-K-41,40.96182597(28),6.7302(44),39.0983(1) -19-K-42,41.9624031(3),,39.0983(1) -19-K-43,42.960716(10),,39.0983(1) -19-K-44,43.961560(40),,39.0983(1) -19-K-45,44.960700(11),,39.0983(1) -19-K-46,45.961976(17),,39.0983(1) -19-K-47,46.961678(9),,39.0983(1) -19-K-48,47.965513(26),,39.0983(1) -19-K-49,48.967450(80),,39.0983(1) -19-K-50,49.97278(30),,39.0983(1) -19-K-51,50.97638(54)#,,39.0983(1) -19-K-52,51.98261(75)#,,39.0983(1) -19-K-53,52.98712(75)#,,39.0983(1) -19-K-54,53.99399(97)#,,39.0983(1) -19-K-55,54.99939(107)#,,39.0983(1) -20-Ca-34,34.01412(32)#,,40.078(4) -20-Ca-35,35.004770(70)#,,40.078(4) -20-Ca-36,35.993090(40),,40.078(4) -20-Ca-37,36.985872(24),,40.078(4) -20-Ca-38,37.976319(5),,40.078(4) -20-Ca-39,38.9707177(19),,40.078(4) -20-Ca-40,39.9625912(3),96.941(156),40.078(4) -20-Ca-41,40.9622783(4),,40.078(4) -20-Ca-42,41.9586183(4),0.647(23),40.078(4) -20-Ca-43,42.9587668(5),0.135(10),40.078(4) -20-Ca-44,43.9554811(9),2.086(110),40.078(4) -20-Ca-45,44.9561859(10),,40.078(4) -20-Ca-46,45.9536928(25),0.004(3),40.078(4) -20-Ca-47,46.9545465(25),,40.078(4) -20-Ca-48,47.952534(4),0.187(21),40.078(4) -20-Ca-49,48.955673(4),,40.078(4) -20-Ca-50,49.957518(10),,40.078(4) -20-Ca-51,50.96147(10),,40.078(4) -20-Ca-52,51.96510(50),,40.078(4) -20-Ca-53,52.97005(54)#,,40.078(4) -20-Ca-54,53.97468(75)#,,40.078(4) -20-Ca-55,54.98055(75)#,,40.078(4) -20-Ca-56,55.98579(97)#,,40.078(4) -20-Ca-57,56.99236(107)#,,40.078(4) -21-Sc-36,36.01492(54)#,,44.955910(8) -21-Sc-37,37.00305(32)#,,44.955910(8) -21-Sc-38,37.99470(32)#,,44.955910(8) -21-Sc-39,38.984790(26),,44.955910(8) -21-Sc-40,39.977964(4),,44.955910(8) -21-Sc-41,40.9692513(3),,44.955910(8) -21-Sc-42,41.9655168(4),,44.955910(8) -21-Sc-43,42.9611510(20),,44.955910(8) -21-Sc-44,43.9594030(19),,44.955910(8) -21-Sc-45,44.9559102(12),100,44.955910(8) -21-Sc-46,45.9551703(12),,44.955910(8) -21-Sc-47,46.9524080(22),,44.955910(8) -21-Sc-48,47.952235(6),,44.955910(8) -21-Sc-49,48.950024(4),,44.955910(8) -21-Sc-50,49.952187(17),,44.955910(8) -21-Sc-51,50.953603(22),,44.955910(8) -21-Sc-52,51.95665(25),,44.955910(8) -21-Sc-53,52.95924(32)#,,44.955910(8) -21-Sc-54,53.96300(50),,44.955910(8) -21-Sc-55,54.96743(110)#,,44.955910(8) -21-Sc-56,55.97266(75)#,,44.955910(8) -21-Sc-57,56.97704(75)#,,44.955910(8) -21-Sc-58,57.98307(86)#,,44.955910(8) -21-Sc-59,58.98804(97)#,,44.955910(8) -22-Ti-38,38.00977(27)#,,47.867(1) -22-Ti-39,39.00132(11)#,,47.867(1) -22-Ti-40,39.99050(17),,47.867(1) -22-Ti-41,40.983130(40)#,,47.867(1) -22-Ti-42,41.973032(6),,47.867(1) -22-Ti-43,42.968523(7),,47.867(1) -22-Ti-44,43.9596902(8),,47.867(1) -22-Ti-45,44.9581243(13),,47.867(1) -22-Ti-46,45.9526295(12),8.25(3),47.867(1) -22-Ti-47,46.9517638(10),7.44(2),47.867(1) -22-Ti-48,47.9479471(10),73.72(3),47.867(1) -22-Ti-49,48.9478708(10),5.41(2),47.867(1) -22-Ti-50,49.9447921(11),5.18(2),47.867(1) -22-Ti-51,50.9466160(14),,47.867(1) -22-Ti-52,51.946898(8),,47.867(1) -22-Ti-53,52.94973(11),,47.867(1) -22-Ti-54,53.95087(25),,47.867(1) -22-Ti-55,54.95512(26),,47.867(1) -22-Ti-56,55.95799(30),,47.867(1) -22-Ti-57,56.96290(100)#,,47.867(1) -22-Ti-58,57.96611(75)#,,47.867(1) -22-Ti-59,58.97196(75)#,,47.867(1) -22-Ti-60,59.97564(86)#,,47.867(1) -22-Ti-61,60.98202(97)#,,47.867(1) -23-V-40,40.01109(54)#,,50.9415(1) -23-V-41,40.99974(27)#,,50.9415(1) -23-V-42,41.99123(21)#,,50.9415(1) -23-V-43,42.98065(25)#,,50.9415(1) -23-V-44,43.974400(90)#,,50.9415(1) -23-V-45,44.965782(18),,50.9415(1) -23-V-46,45.9601995(16),,50.9415(1) -23-V-47,46.9549069(12),,50.9415(1) -23-V-48,47.9522545(28),,50.9415(1) -23-V-49,48.9485169(14),,50.9415(1) -23-V-50,49.9471628(14),0.250(4),50.9415(1) -23-V-51,50.9439637(14),99.750(4),50.9415(1) -23-V-52,51.9447797(14),,50.9415(1) -23-V-53,52.944343(4),,50.9415(1) -23-V-54,53.946444(16),,50.9415(1) -23-V-55,54.94724(11),,50.9415(1) -23-V-56,55.95036(26),,50.9415(1) -23-V-57,56.95236(27),,50.9415(1) -23-V-58,57.95665(28),,50.9415(1) -23-V-59,58.95930(35),,50.9415(1) -23-V-60,59.96450(60),,50.9415(1) -23-V-61,60.96741(75)#,,50.9415(1) -23-V-62,61.97314(75)#,,50.9415(1) -23-V-63,62.97675(97)#,,50.9415(1) -24-Cr-42,42.00643(32)#,,51.9961(6) -24-Cr-43,42.997710(90)#,,51.9961(6) -24-Cr-44,43.98547(14)#,,51.9961(6) -24-Cr-45,44.97916(11)#,,51.9961(6) -24-Cr-46,45.968362(22),,51.9961(6) -24-Cr-47,46.962907(15),,51.9961(6) -24-Cr-48,47.954036(8),,51.9961(6) -24-Cr-49,48.9513411(28),,51.9961(6) -24-Cr-50,49.9460496(14),4.345(13),51.9961(6) -24-Cr-51,50.9447718(14),,51.9961(6) -24-Cr-52,51.9405119(15),83.789(18),51.9961(6) -24-Cr-53,52.9406538(15),9.501(17),51.9961(6) -24-Cr-54,53.9388849(15),2.365(7),51.9961(6) -24-Cr-55,54.9408442(16),,51.9961(6) -24-Cr-56,55.940645(10),,51.9961(6) -24-Cr-57,56.94375(10),,51.9961(6) -24-Cr-58,57.94425(26),,51.9961(6) -24-Cr-59,58.94863(27),,51.9961(6) -24-Cr-60,59.94973(28),,51.9961(6) -24-Cr-61,60.95409(30),,51.9961(6) -24-Cr-62,61.95580(40),,51.9961(6) -24-Cr-63,62.96186(75)#,,51.9961(6) -24-Cr-64,63.96420(75)#,,51.9961(6) -24-Cr-65,64.97037(97)#,,51.9961(6) -25-Mn-44,44.00687(54)#,,54.938049(9) -25-Mn-45,44.99451(32)#,,54.938049(9) -25-Mn-46,45.98672(12)#,,54.938049(9) -25-Mn-47,46.97610(17)#,,54.938049(9) -25-Mn-48,47.968870(80)#,,54.938049(9) -25-Mn-49,48.959623(26),,54.938049(9) -25-Mn-50,49.9542440(15),,54.938049(9) -25-Mn-51,50.9482155(14),,54.938049(9) -25-Mn-52,51.9455701(25),,54.938049(9) -25-Mn-53,52.9412947(15),,54.938049(9) -25-Mn-54,53.9403632(18),,54.938049(9) -25-Mn-55,54.9380496(14),100,54.938049(9) -25-Mn-56,55.9389094(15),,54.938049(9) -25-Mn-57,56.938287(4),,54.938049(9) -25-Mn-58,57.939990(30),,54.938049(9) -25-Mn-59,58.940450(30),,54.938049(9) -25-Mn-60,59.94319(29),,54.938049(9) -25-Mn-61,60.94446(28),,54.938049(9) -25-Mn-62,61.94797(28),,54.938049(9) -25-Mn-63,62.94981(30),,54.938049(9) -25-Mn-64,63.95373(35),,54.938049(9) -25-Mn-65,64.95610(60),,54.938049(9) -25-Mn-66,65.96082(75)#,,54.938049(9) -25-Mn-67,66.96382(86)#,,54.938049(9) -26-Fe-45,45.01456(43)#,,55.845(2) -26-Fe-46,46.00081(38)#,,55.845(2) -26-Fe-47,46.99289(28)#,,55.845(2) -26-Fe-48,47.98056(11)#,,55.845(2) -26-Fe-49,48.97361(17)#,,55.845(2) -26-Fe-50,49.962990(60),,55.845(2) -26-Fe-51,50.956825(16),,55.845(2) -26-Fe-52,51.948117(11),,55.845(2) -26-Fe-53,52.9453123(23),,55.845(2) -26-Fe-54,53.9396148(14),5.845(35),55.845(2) -26-Fe-55,54.9382980(14),,55.845(2) -26-Fe-56,55.9349421(15),91.754(36),55.845(2) -26-Fe-57,56.9353987(15),2.119(10),55.845(2) -26-Fe-58,57.9332805(15),0.282(4),55.845(2) -26-Fe-59,58.9348805(15),,55.845(2) -26-Fe-60,59.934077(4),,55.845(2) -26-Fe-61,60.936749(22),,55.845(2) -26-Fe-62,61.936770(16),,55.845(2) -26-Fe-63,62.94012(20),,55.845(2) -26-Fe-64,63.94087(30),,55.845(2) -26-Fe-65,64.94494(30),,55.845(2) -26-Fe-66,65.94598(35),,55.845(2) -26-Fe-67,66.95000(50),,55.845(2) -26-Fe-68,67.95251(75)#,,55.845(2) -26-Fe-69,68.95770(86)#,,55.845(2) -27-Co-48,48.00176(43)#,,58.933200(9) -27-Co-49,48.98972(28)#,,58.933200(9) -27-Co-50,49.98154(18)#,,58.933200(9) -27-Co-51,50.97072(16)#,,58.933200(9) -27-Co-52,51.963590(70)#,,58.933200(9) -27-Co-53,52.954225(19),,58.933200(9) -27-Co-54,53.9484641(14),,58.933200(9) -27-Co-55,54.9420031(15),,58.933200(9) -27-Co-56,55.9398439(26),,58.933200(9) -27-Co-57,56.9362962(15),,58.933200(9) -27-Co-58,57.9357576(19),,58.933200(9) -27-Co-59,58.9332002(15),100,58.933200(9) -27-Co-60,59.9338222(15),,58.933200(9) -27-Co-61,60.9324794(17),,58.933200(9) -27-Co-62,61.934054(22),,58.933200(9) -27-Co-63,62.933615(22),,58.933200(9) -27-Co-64,63.935814(22),,58.933200(9) -27-Co-65,64.936485(14),,58.933200(9) -27-Co-66,65.93983(29),,58.933200(9) -27-Co-67,66.94061(30),,58.933200(9) -27-Co-68,67.94436(35),,58.933200(9) -27-Co-69,68.94520(40),,58.933200(9) -27-Co-70,69.94981(75)#,,58.933200(9) -27-Co-71,70.95173(86)#,,58.933200(9) -27-Co-72,71.95641(86)#,,58.933200(9) -28-Ni-50,49.99593(28)#,,58.6934(2) -28-Ni-51,50.98772(28)#,,58.6934(2) -28-Ni-52,51.975680(90)#,,58.6934(2) -28-Ni-53,52.96846(17)#,,58.6934(2) -28-Ni-54,53.957910(50),,58.6934(2) -28-Ni-55,54.951336(12),,58.6934(2) -28-Ni-56,55.942136(12),,58.6934(2) -28-Ni-57,56.939800(3),,58.6934(2) -28-Ni-58,57.9353479(15),68.0769(89),58.6934(2) -28-Ni-59,58.9343516(15),,58.6934(2) -28-Ni-60,59.9307906(15),26.2231(77),58.6934(2) -28-Ni-61,60.9310604(15),1.1399(6),58.6934(2) -28-Ni-62,61.9283488(15),3.6345(17),58.6934(2) -28-Ni-63,62.9296729(15),,58.6934(2) -28-Ni-64,63.9279696(16),0.9256(9),58.6934(2) -28-Ni-65,64.9300880(16),,58.6934(2) -28-Ni-66,65.929115(17),,58.6934(2) -28-Ni-67,66.931570(20),,58.6934(2) -28-Ni-68,67.931845(18),,58.6934(2) -28-Ni-69,68.93518(15),,58.6934(2) -28-Ni-70,69.93614(35),,58.6934(2) -28-Ni-71,70.94000(40),,58.6934(2) -28-Ni-72,71.94130(50),,58.6934(2) -28-Ni-73,72.94608(64)#,,58.6934(2) -28-Ni-74,73.94791(75)#,,58.6934(2) -28-Ni-75,74.95297(86)#,,58.6934(2) -28-Ni-76,75.95533(97)#,,58.6934(2) -28-Ni-77,76.96083(107)#,,58.6934(2) -28-Ni-78,77.96380(118)#,,58.6934(2) -29-Cu-52,51.99718(28)#,,63.546(3) -29-Cu-53,52.98555(28)#,,63.546(3) -29-Cu-54,53.97671(23)#,,63.546(3) -29-Cu-55,54.96605(32)#,,63.546(3) -29-Cu-56,55.95856(15)#,,63.546(3) -29-Cu-57,56.949216(17),,63.546(3) -29-Cu-58,57.9445407(27),,63.546(3) -29-Cu-59,58.9395041(18),,63.546(3) -29-Cu-60,59.9373681(27),,63.546(3) -29-Cu-61,60.9334622(19),,63.546(3) -29-Cu-62,61.932587(4),,63.546(3) -29-Cu-63,62.9296011(15),69.17(3),63.546(3) -29-Cu-64,63.9297679(15),,63.546(3) -29-Cu-65,64.9277937(19),30.83(3),63.546(3) -29-Cu-66,65.9288730(19),,63.546(3) -29-Cu-67,66.927750(9),,63.546(3) -29-Cu-68,67.929640(50),,63.546(3) -29-Cu-69,68.929425(9),,63.546(3) -29-Cu-70,69.932409(16),,63.546(3) -29-Cu-71,70.932620(40),,63.546(3) -29-Cu-72,71.93552(21)#,,63.546(3) -29-Cu-73,72.93649(32)#,,63.546(3) -29-Cu-74,73.94020(43)#,,63.546(3) -29-Cu-75,74.94170(54)#,,63.546(3) -29-Cu-76,75.94599(64)#,,63.546(3) -29-Cu-77,76.94795(75)#,,63.546(3) -29-Cu-78,77.95281(86)#,,63.546(3) -29-Cu-79,78.95528(97)#,,63.546(3) -29-Cu-80,79.96189(97)#,,63.546(3) -30-Zn-54,53.99295(43)#,,65.409(4) -30-Zn-55,54.98398(27)#,,65.409(4) -30-Zn-56,55.97238(28)#,,65.409(4) -30-Zn-57,56.96491(15)#,,65.409(4) -30-Zn-58,57.954600(50),,65.409(4) -30-Zn-59,58.949270(40),,65.409(4) -30-Zn-60,59.941832(11),,65.409(4) -30-Zn-61,60.939514(18),,65.409(4) -30-Zn-62,61.934334(11),,65.409(4) -30-Zn-63,62.9332156(23),,65.409(4) -30-Zn-64,63.9291466(18),48.63(60),65.409(4) -30-Zn-65,64.9292451(18),,65.409(4) -30-Zn-66,65.9260368(16),27.90(27),65.409(4) -30-Zn-67,66.9271309(17),4.10(13),65.409(4) -30-Zn-68,67.9248476(17),18.75(51),65.409(4) -30-Zn-69,68.9265535(18),,65.409(4) -30-Zn-70,69.925325(4),0.62(3),65.409(4) -30-Zn-71,70.927727(11),,65.409(4) -30-Zn-72,71.926861(7),,65.409(4) -30-Zn-73,72.929780(40),,65.409(4) -30-Zn-74,73.929460(50),,65.409(4) -30-Zn-75,74.932940(80),,65.409(4) -30-Zn-76,75.93339(13),,65.409(4) -30-Zn-77,76.93709(14),,65.409(4) -30-Zn-78,77.93857(17),,65.409(4) -30-Zn-79,78.94268(29)#,,65.409(4) -30-Zn-80,79.94441(18),,65.409(4) -30-Zn-81,80.95048(43)#,,65.409(4) -30-Zn-82,81.95484(43)#,,65.409(4) -31-Ga-56,55.99491(28)#,,69.723(1) -31-Ga-57,56.98293(28)#,,69.723(1) -31-Ga-58,57.97425(23)#,,69.723(1) -31-Ga-59,58.96337(18)#,,69.723(1) -31-Ga-60,59.95706(12)#,,69.723(1) -31-Ga-61,60.94917(21)#,,69.723(1) -31-Ga-62,61.944180(30),,69.723(1) -31-Ga-63,62.93914(11),,69.723(1) -31-Ga-64,63.936838(4),,69.723(1) -31-Ga-65,64.9327393(19),,69.723(1) -31-Ga-66,65.931592(4),,69.723(1) -31-Ga-67,66.9282049(19),,69.723(1) -31-Ga-68,67.9279835(22),,69.723(1) -31-Ga-69,68.925581(3),60.108(9),69.723(1) -31-Ga-70,69.926028(3),,69.723(1) -31-Ga-71,70.9247050(19),39.892(9),69.723(1) -31-Ga-72,71.9263694(22),,69.723(1) -31-Ga-73,72.925170(7),,69.723(1) -31-Ga-74,73.926940(80),,69.723(1) -31-Ga-75,74.926501(7),,69.723(1) -31-Ga-76,75.92893(10),,69.723(1) -31-Ga-77,76.929280(60),,69.723(1) -31-Ga-78,77.931660(90),,69.723(1) -31-Ga-79,78.93292(13),,69.723(1) -31-Ga-80,79.93659(13),,69.723(1) -31-Ga-81,80.93775(21),,69.723(1) -31-Ga-82,81.94316(32)#,,69.723(1) -31-Ga-83,82.94687(54)#,,69.723(1) -31-Ga-84,83.95234(64)#,,69.723(1) -32-Ge-58,57.99101(34)#,,72.64(1) -32-Ge-59,58.98175(30)#,,72.64(1) -32-Ge-60,59.97019(25)#,,72.64(1) -32-Ge-61,60.96379(32)#,,72.64(1) -32-Ge-62,61.95465(15)#,,72.64(1) -32-Ge-63,62.94964(21)#,,72.64(1) -32-Ge-64,63.94157(27),,72.64(1) -32-Ge-65,64.93944(11),,72.64(1) -32-Ge-66,65.933850(30),,72.64(1) -32-Ge-67,66.932738(5),,72.64(1) -32-Ge-68,67.928097(7),,72.64(1) -32-Ge-69,68.927972(3),,72.64(1) -32-Ge-70,69.9242504(19),20.84(87),72.64(1) -32-Ge-71,70.9249540(19),,72.64(1) -32-Ge-72,71.9220762(16),27.54(34),72.64(1) -32-Ge-73,72.9234594(16),7.73(5),72.64(1) -32-Ge-74,73.9211782(16),36.28(73),72.64(1) -32-Ge-75,74.9228595(16),,72.64(1) -32-Ge-76,75.9214027(16),7.61(38),72.64(1) -32-Ge-77,76.9235485(20),,72.64(1) -32-Ge-78,77.922853(4),,72.64(1) -32-Ge-79,78.92540(10),,72.64(1) -32-Ge-80,79.925445(25),,72.64(1) -32-Ge-81,80.92882(13),,72.64(1) -32-Ge-82,81.92955(26),,72.64(1) -32-Ge-83,82.93451(32)#,,72.64(1) -32-Ge-84,83.93731(43)#,,72.64(1) -32-Ge-85,84.94269(54)#,,72.64(1) -32-Ge-86,85.94627(64)#,,72.64(1) -33-As-60,59.99313(64)#,,74.92160(2) -33-As-61,60.98062(64)#,,74.92160(2) -33-As-62,61.97320(32)#,,74.92160(2) -33-As-63,62.96369(54)#,,74.92160(2) -33-As-64,63.95757(38)#,,74.92160(2) -33-As-65,64.94948(42)#,,74.92160(2) -33-As-66,65.94437(22)#,,74.92160(2) -33-As-67,66.93919(11),,74.92160(2) -33-As-68,67.93679(11),,74.92160(2) -33-As-69,68.932280(30),,74.92160(2) -33-As-70,69.930930(50),,74.92160(2) -33-As-71,70.927115(5),,74.92160(2) -33-As-72,71.926753(5),,74.92160(2) -33-As-73,72.923825(4),,74.92160(2) -33-As-74,73.9239291(24),,74.92160(2) -33-As-75,74.9215964(18),100,74.92160(2) -33-As-76,75.9223939(18),,74.92160(2) -33-As-77,76.9206477(23),,74.92160(2) -33-As-78,77.921829(11),,74.92160(2) -33-As-79,78.920948(6),,74.92160(2) -33-As-80,79.922578(23),,74.92160(2) -33-As-81,80.922133(6),,74.92160(2) -33-As-82,81.92450(21),,74.92160(2) -33-As-83,82.92498(24),,74.92160(2) -33-As-84,83.92906(32)#,,74.92160(2) -33-As-85,84.93181(32)#,,74.92160(2) -33-As-86,85.93623(43)#,,74.92160(2) -33-As-87,86.93958(54)#,,74.92160(2) -33-As-88,87.94456(64)#,,74.92160(2) -33-As-89,88.94923(64)#,,74.92160(2) -34-Se-65,64.96466(64)#,,78.96(3) -34-Se-66,65.95521(32)#,,78.96(3) -34-Se-67,66.95009(21)#,,78.96(3) -34-Se-68,67.94187(32)#,,78.96(3) -34-Se-69,68.939560(40),,78.96(3) -34-Se-70,69.93350(22)#,,78.96(3) -34-Se-71,70.93227(22)#,,78.96(3) -34-Se-72,71.927112(13),,78.96(3) -34-Se-73,72.926767(12),,78.96(3) -34-Se-74,73.9224766(16),0.89(4),78.96(3) -34-Se-75,74.9225236(16),,78.96(3) -34-Se-76,75.9192141(16),9.37(29),78.96(3) -34-Se-77,76.9199146(16),7.63(16),78.96(3) -34-Se-78,77.9173095(16),23.77(28),78.96(3) -34-Se-79,78.9184998(16),,78.96(3) -34-Se-80,79.9165218(20),49.61(41),78.96(3) -34-Se-81,80.9179929(21),,78.96(3) -34-Se-82,81.9167000(22),8.73(22),78.96(3) -34-Se-83,82.919119(4),,78.96(3) -34-Se-84,83.918465(16),,78.96(3) -34-Se-85,84.922240(30),,78.96(3) -34-Se-86,85.924271(17),,78.96(3) -34-Se-87,86.928520(40),,78.96(3) -34-Se-88,87.931420(50),,78.96(3) -34-Se-89,88.93602(32)#,,78.96(3) -34-Se-90,89.93942(43)#,,78.96(3) -34-Se-91,90.94537(54)#,,78.96(3) -34-Se-92,91.94933(64)#,,78.96(3) -35-Br-67,66.96479(54)#,,79.904(1) -35-Br-68,67.95825(58)#,,79.904(1) -35-Br-69,68.95018(34)#,,79.904(1) -35-Br-70,69.94462(39)#,,79.904(1) -35-Br-71,70.93925(32)#,,79.904(1) -35-Br-72,71.93650(28),,79.904(1) -35-Br-73,72.93179(14),,79.904(1) -35-Br-74,73.929891(16),,79.904(1) -35-Br-75,74.925776(15),,79.904(1) -35-Br-76,75.924542(10),,79.904(1) -35-Br-77,76.921380(3),,79.904(1) -35-Br-78,77.921146(4),,79.904(1) -35-Br-79,78.9183376(20),50.69(7),79.904(1) -35-Br-80,79.9185300(20),,79.904(1) -35-Br-81,80.916291(3),49.31(7),79.904(1) -35-Br-82,81.916805(3),,79.904(1) -35-Br-83,82.915180(5),,79.904(1) -35-Br-84,83.916504(27),,79.904(1) -35-Br-85,84.915608(21),,79.904(1) -35-Br-86,85.918797(12),,79.904(1) -35-Br-87,86.920711(19),,79.904(1) -35-Br-88,87.924070(40),,79.904(1) -35-Br-89,88.926390(60),,79.904(1) -35-Br-90,89.930630(80),,79.904(1) -35-Br-91,90.933970(80),,79.904(1) -35-Br-92,91.939260(50),,79.904(1) -35-Br-93,92.94310(32)#,,79.904(1) -35-Br-94,93.94868(43)#,,79.904(1) -36-Kr-69,68.96532(54)#,,83.798(2) -36-Kr-70,69.95601(43)#,,83.798(2) -36-Kr-71,70.95051(32)#,,83.798(2) -36-Kr-72,71.94191(29),,83.798(2) -36-Kr-73,72.93893(15),,83.798(2) -36-Kr-74,73.933260(60),,83.798(2) -36-Kr-75,74.931034(17),,83.798(2) -36-Kr-76,75.925948(11),,83.798(2) -36-Kr-77,76.924668(9),,83.798(2) -36-Kr-78,77.920386(7),0.35(1),83.798(2) -36-Kr-79,78.920083(4),,83.798(2) -36-Kr-80,79.916378(4),2.28(6),83.798(2) -36-Kr-81,80.916592(3),,83.798(2) -36-Kr-82,81.9134846(28),11.58(14),83.798(2) -36-Kr-83,82.914136(3),11.49(6),83.798(2) -36-Kr-84,83.911507(3),57.00(4),83.798(2) -36-Kr-85,84.912527(3),,83.798(2) -36-Kr-86,85.9106103(12),17.30(22),83.798(2) -36-Kr-87,86.9133543(14),,83.798(2) -36-Kr-88,87.914447(14),,83.798(2) -36-Kr-89,88.917630(60),,83.798(2) -36-Kr-90,89.919524(20),,83.798(2) -36-Kr-91,90.923440(60),,83.798(2) -36-Kr-92,91.926153(13),,83.798(2) -36-Kr-93,92.93127(11),,83.798(2) -36-Kr-94,93.93436(32)#,,83.798(2) -36-Kr-95,94.93984(43)#,,83.798(2) -36-Kr-96,95.94307(54)#,,83.798(2) -36-Kr-97,96.94856(54)#,,83.798(2) -37-Rb-71,70.96532(54)#,,85.4678(3) -37-Rb-72,71.95908(54)#,,85.4678(3) -37-Rb-73,72.95037(52)#,,85.4678(3) -37-Rb-74,73.94447(77),,85.4678(3) -37-Rb-75,74.938569(8),,85.4678(3) -37-Rb-76,75.935071(8),,85.4678(3) -37-Rb-77,76.930407(8),,85.4678(3) -37-Rb-78,77.928141(8),,85.4678(3) -37-Rb-79,78.923997(7),,85.4678(3) -37-Rb-80,79.922519(8),,85.4678(3) -37-Rb-81,80.918994(7),,85.4678(3) -37-Rb-82,81.918208(8),,85.4678(3) -37-Rb-83,82.915112(7),,85.4678(3) -37-Rb-84,83.914385(3),,85.4678(3) -37-Rb-85,84.9117893(25),72.17(2),85.4678(3) -37-Rb-86,85.9111671(25),,85.4678(3) -37-Rb-87,86.9091835(27),27.83(2),85.4678(3) -37-Rb-88,87.911319(5),,85.4678(3) -37-Rb-89,88.912280(6),,85.4678(3) -37-Rb-90,89.914809(9),,85.4678(3) -37-Rb-91,90.916534(9),,85.4678(3) -37-Rb-92,91.919725(7),,85.4678(3) -37-Rb-93,92.922033(8),,85.4678(3) -37-Rb-94,93.926407(9),,85.4678(3) -37-Rb-95,94.929319(21),,85.4678(3) -37-Rb-96,95.934284(27),,85.4678(3) -37-Rb-97,96.937340(30),,85.4678(3) -37-Rb-98,97.941700(40),,85.4678(3) -37-Rb-99,98.94542(16),,85.4678(3) -37-Rb-100,99.94987(32)#,,85.4678(3) -37-Rb-101,100.95320(18),,85.4678(3) -37-Rb-102,101.95921(54)#,,85.4678(3) -38-Sr-73,72.96597(64)#,,87.62(1) -38-Sr-74,73.95631(54)#,,87.62(1) -38-Sr-75,74.94992(32)#,,87.62(1) -38-Sr-76,75.94161(32)#,,87.62(1) -38-Sr-77,76.93776(16),,87.62(1) -38-Sr-78,77.932179(8),,87.62(1) -38-Sr-79,78.929707(9),,87.62(1) -38-Sr-80,79.924525(8),,87.62(1) -38-Sr-81,80.923213(8),,87.62(1) -38-Sr-82,81.918401(6),,87.62(1) -38-Sr-83,82.917555(9),,87.62(1) -38-Sr-84,83.913425(4),0.56(1),87.62(1) -38-Sr-85,84.912933(4),,87.62(1) -38-Sr-86,85.9092624(24),9.86(1),87.62(1) -38-Sr-87,86.9088793(24),7.00(1),87.62(1) -38-Sr-88,87.9056143(24),82.58(1),87.62(1) -38-Sr-89,88.9074529(24),,87.62(1) -38-Sr-90,89.9077376(29),,87.62(1) -38-Sr-91,90.910210(6),,87.62(1) -38-Sr-92,91.911030(7),,87.62(1) -38-Sr-93,92.914022(8),,87.62(1) -38-Sr-94,93.915360(8),,87.62(1) -38-Sr-95,94.919358(8),,87.62(1) -38-Sr-96,95.921680(26),,87.62(1) -38-Sr-97,96.926149(20),,87.62(1) -38-Sr-98,97.928471(27),,87.62(1) -38-Sr-99,98.93332(15),,87.62(1) -38-Sr-100,99.93535(14),,87.62(1) -38-Sr-101,100.94052(13),,87.62(1) -38-Sr-102,101.94302(12),,87.62(1) -38-Sr-103,102.94895(54)#,,87.62(1) -38-Sr-104,103.95233(75)#,,87.62(1) -39-Y-77,76.94962(32)#,,88.90585(2) -39-Y-78,77.94350(43)#,,88.90585(2) -39-Y-79,78.93735(48),,88.90585(2) -39-Y-80,79.93434(43)#,,88.90585(2) -39-Y-81,80.929130(70),,88.90585(2) -39-Y-82,81.92679(11),,88.90585(2) -39-Y-83,82.922350(50),,88.90585(2) -39-Y-84,83.92039(10),,88.90585(2) -39-Y-85,84.916427(27),,88.90585(2) -39-Y-86,85.914888(15),,88.90585(2) -39-Y-87,86.9108778(28),,88.90585(2) -39-Y-88,87.9095034(29),,88.90585(2) -39-Y-89,88.9058479(25),100,88.90585(2) -39-Y-90,89.9071514(25),,88.90585(2) -39-Y-91,90.907303(3),,88.90585(2) -39-Y-92,91.908947(10),,88.90585(2) -39-Y-93,92.909582(11),,88.90585(2) -39-Y-94,93.911594(8),,88.90585(2) -39-Y-95,94.912824(8),,88.90585(2) -39-Y-96,95.915898(23),,88.90585(2) -39-Y-97,96.918131(13),,88.90585(2) -39-Y-98,97.922220(26),,88.90585(2) -39-Y-99,98.924635(26),,88.90585(2) -39-Y-100,99.927760(80),,88.90585(2) -39-Y-101,100.93031(10),,88.90585(2) -39-Y-102,101.933560(90),,88.90585(2) -39-Y-103,102.93694(32)#,,88.90585(2) -39-Y-104,103.94145(43)#,,88.90585(2) -39-Y-105,104.94509(54)#,,88.90585(2) -39-Y-106,105.95022(75)#,,88.90585(2) -40-Zr-79,78.94916(43)#,,91.224(2) -40-Zr-80,79.94055(32)#,,91.224(2) -40-Zr-81,80.93682(32),,91.224(2) -40-Zr-82,81.93109(55),,91.224(2) -40-Zr-83,82.92865(10),,91.224(2) -40-Zr-84,83.92325(21)#,,91.224(2) -40-Zr-85,84.92147(11),,91.224(2) -40-Zr-86,85.916470(30),,91.224(2) -40-Zr-87,86.914817(9),,91.224(2) -40-Zr-88,87.910226(11),,91.224(2) -40-Zr-89,88.908889(4),,91.224(2) -40-Zr-90,89.9047037(23),51.45(40),91.224(2) -40-Zr-91,90.9056450(23),11.22(5),91.224(2) -40-Zr-92,91.9050401(23),17.15(8),91.224(2) -40-Zr-93,92.9064756(23),,91.224(2) -40-Zr-94,93.9063158(25),17.38(28),91.224(2) -40-Zr-95,94.9080427(25),,91.224(2) -40-Zr-96,95.908276(3),2.80(9),91.224(2) -40-Zr-97,96.910951(3),,91.224(2) -40-Zr-98,97.912746(21),,91.224(2) -40-Zr-99,98.916511(21),,91.224(2) -40-Zr-100,99.917760(40),,91.224(2) -40-Zr-101,100.921140(30),,91.224(2) -40-Zr-102,101.922980(50),,91.224(2) -40-Zr-103,102.92660(12),,91.224(2) -40-Zr-104,103.92878(43)#,,91.224(2) -40-Zr-105,104.93305(43)#,,91.224(2) -40-Zr-106,105.93591(54)#,,91.224(2) -40-Zr-107,106.94086(64)#,,91.224(2) -40-Zr-108,107.94428(75)#,,91.224(2) -41-Nb-81,80.94905(43)#,,92.90638(2) -41-Nb-82,81.94313(32)#,,92.90638(2) -41-Nb-83,82.93670(34),,92.90638(2) -41-Nb-84,83.93357(32)#,,92.90638(2) -41-Nb-85,84.92791(24),,92.90638(2) -41-Nb-86,85.925040(90),,92.90638(2) -41-Nb-87,86.920360(70),,92.90638(2) -41-Nb-88,87.91796(22)#,,92.90638(2) -41-Nb-89,88.913500(40),,92.90638(2) -41-Nb-90,89.911264(5),,92.90638(2) -41-Nb-91,90.906991(3),,92.90638(2) -41-Nb-92,91.9071932(29),,92.90638(2) -41-Nb-93,92.9063775(24),100,92.90638(2) -41-Nb-94,93.9072835(24),,92.90638(2) -41-Nb-95,94.9068352(20),,92.90638(2) -41-Nb-96,95.908100(4),,92.90638(2) -41-Nb-97,96.9080971(28),,92.90638(2) -41-Nb-98,97.910331(6),,92.90638(2) -41-Nb-99,98.911618(14),,92.90638(2) -41-Nb-100,99.914181(28),,92.90638(2) -41-Nb-101,100.915252(20),,92.90638(2) -41-Nb-102,101.918040(40),,92.90638(2) -41-Nb-103,102.919140(70),,92.90638(2) -41-Nb-104,103.92246(12),,92.90638(2) -41-Nb-105,104.92393(11),,92.90638(2) -41-Nb-106,105.92819(32)#,,92.90638(2) -41-Nb-107,106.93031(43)#,,92.90638(2) -41-Nb-108,107.93501(54)#,,92.90638(2) -41-Nb-109,108.93763(54)#,,92.90638(2) -41-Nb-110,109.94268(64)#,,92.90638(2) -42-Mo-83,82.94874(54)#,,95.94(2) -42-Mo-84,83.94009(43)#,,95.94(2) -42-Mo-85,84.93659(43)#,,95.94(2) -42-Mo-86,85.93070(47),,95.94(2) -42-Mo-87,86.92733(24),,95.94(2) -42-Mo-88,87.921953(22),,95.94(2) -42-Mo-89,88.919481(17),,95.94(2) -42-Mo-90,89.913936(7),,95.94(2) -42-Mo-91,90.911751(12),,95.94(2) -42-Mo-92,91.906810(4),14.84(35),95.94(2) -42-Mo-93,92.906812(4),,95.94(2) -42-Mo-94,93.9050876(20),9.25(12),95.94(2) -42-Mo-95,94.9058415(20),15.92(13),95.94(2) -42-Mo-96,95.9046789(20),16.68(2),95.94(2) -42-Mo-97,96.9060210(20),9.55(8),95.94(2) -42-Mo-98,97.9054078(20),24.13(31),95.94(2) -42-Mo-99,98.9077116(20),,95.94(2) -42-Mo-100,99.907477(6),9.63(23),95.94(2) -42-Mo-101,100.910347(6),,95.94(2) -42-Mo-102,101.910297(22),,95.94(2) -42-Mo-103,102.913200(70),,95.94(2) -42-Mo-104,103.913760(70),,95.94(2) -42-Mo-105,104.916970(80),,95.94(2) -42-Mo-106,105.918134(23),,95.94(2) -42-Mo-107,106.92169(17),,95.94(2) -42-Mo-108,107.92358(21)#,,95.94(2) -42-Mo-109,108.92781(32)#,,95.94(2) -42-Mo-110,109.92973(43)#,,95.94(2) -42-Mo-111,110.93451(54)#,,95.94(2) -42-Mo-112,111.93684(64)#,,95.94(2) -42-Mo-113,112.94203(64)#,,95.94(2) -43-Tc-85,84.94894(54)#,,[98] -43-Tc-86,85.94288(32)#,,[98] -43-Tc-87,86.93653(32)#,,[98] -43-Tc-88,87.93283(32)#,,[98] -43-Tc-89,88.92754(23),,[98] -43-Tc-90,89.92356(26),,[98] -43-Tc-91,90.91843(22),,[98] -43-Tc-92,91.915260(28),,[98] -43-Tc-93,92.910248(4),,[98] -43-Tc-94,93.909656(5),,[98] -43-Tc-95,94.907656(6),,[98] -43-Tc-96,95.907871(6),,[98] -43-Tc-97,96.906365(5),,[98] -43-Tc-98,97.907216(4),,[98] -43-Tc-99,98.9062546(21),,[98] -43-Tc-100,99.9076576(23),,[98] -43-Tc-101,100.907314(26),,[98] -43-Tc-102,101.909213(10),,[98] -43-Tc-103,102.909179(11),,[98] -43-Tc-104,103.911440(50),,[98] -43-Tc-105,104.911660(60),,[98] -43-Tc-106,105.914355(15),,[98] -43-Tc-107,106.91508(16),,[98] -43-Tc-108,107.91848(14),,[98] -43-Tc-109,108.91963(23)#,,[98] -43-Tc-110,109.92339(43)#,,[98] -43-Tc-111,110.92505(43)#,,[98] -43-Tc-112,111.92924(54)#,,[98] -43-Tc-113,112.93133(64)#,,[98] -43-Tc-114,113.93588(64)#,,[98] -43-Tc-115,114.93828(75)#,,[98] -44-Ru-87,86.94918(64)#,,101.07(2) -44-Ru-88,87.94042(54)#,,101.07(2) -44-Ru-89,88.93611(54)#,,101.07(2) -44-Ru-90,89.92978(43)#,,101.07(2) -44-Ru-91,90.92638(54),,101.07(2) -44-Ru-92,91.92012(32)#,,101.07(2) -44-Ru-93,92.917050(90),,101.07(2) -44-Ru-94,93.911360(14),,101.07(2) -44-Ru-95,94.910413(13),,101.07(2) -44-Ru-96,95.907598(8),5.54(14),101.07(2) -44-Ru-97,96.907555(9),,101.07(2) -44-Ru-98,97.905287(7),1.87(3),101.07(2) -44-Ru-99,98.9059393(21),12.76(14),101.07(2) -44-Ru-100,99.9042197(22),12.60(7),101.07(2) -44-Ru-101,100.9055822(22),17.06(2),101.07(2) -44-Ru-102,101.9043495(22),31.55(14),101.07(2) -44-Ru-103,102.9063237(22),,101.07(2) -44-Ru-104,103.905430(4),18.62(27),101.07(2) -44-Ru-105,104.907750(4),,101.07(2) -44-Ru-106,105.907327(8),,101.07(2) -44-Ru-107,106.90991(13),,101.07(2) -44-Ru-108,107.91019(13),,101.07(2) -44-Ru-109,108.913200(70),,101.07(2) -44-Ru-110,109.91397(25),,101.07(2) -44-Ru-111,110.91756(32)#,,101.07(2) -44-Ru-112,111.91855(58)#,,101.07(2) -44-Ru-113,112.92254(54)#,,101.07(2) -44-Ru-114,113.92400(39)#,,101.07(2) -44-Ru-115,114.92831(64)#,,101.07(2) -44-Ru-116,115.93016(75)#,,101.07(2) -44-Ru-117,116.93479(86)#,,101.07(2) -44-Ru-118,117.93703(97)#,,101.07(2) -45-Rh-89,88.94938(54)#,,102.90550(2) -45-Rh-90,89.94287(54)#,,102.90550(2) -45-Rh-91,90.93655(43)#,,102.90550(2) -45-Rh-92,91.93198(43)#,,102.90550(2) -45-Rh-93,92.92574(43)#,,102.90550(2) -45-Rh-94,93.92170(48)#,,102.90550(2) -45-Rh-95,94.91590(16),,102.90550(2) -45-Rh-96,95.914518(14),,102.90550(2) -45-Rh-97,96.911340(40),,102.90550(2) -45-Rh-98,97.910716(13),,102.90550(2) -45-Rh-99,98.908132(8),,102.90550(2) -45-Rh-100,99.908117(22),,102.90550(2) -45-Rh-101,100.906164(19),,102.90550(2) -45-Rh-102,101.906843(5),,102.90550(2) -45-Rh-103,102.905504(3),100,102.90550(2) -45-Rh-104,103.906655(3),,102.90550(2) -45-Rh-105,104.905692(5),,102.90550(2) -45-Rh-106,105.907285(8),,102.90550(2) -45-Rh-107,106.906751(13),,102.90550(2) -45-Rh-108,107.90873(11),,102.90550(2) -45-Rh-109,108.908736(13),,102.90550(2) -45-Rh-110,109.91095(24),,102.90550(2) -45-Rh-111,110.91166(22)#,,102.90550(2) -45-Rh-112,111.91461(54)#,,102.90550(2) -45-Rh-113,112.91542(43)#,,102.90550(2) -45-Rh-114,113.91885(32)#,,102.90550(2) -45-Rh-115,114.92012(54),,102.90550(2) -45-Rh-116,115.92371(54)#,,102.90550(2) -45-Rh-117,116.92535(64)#,,102.90550(2) -45-Rh-118,117.92943(75)#,,102.90550(2) -45-Rh-119,118.93136(86)#,,102.90550(2) -45-Rh-120,119.93578(86)#,,102.90550(2) -45-Rh-121,120.93808(97)#,,102.90550(2) -46-Pd-91,90.94948(64)#,,106.42(1) -46-Pd-92,91.94042(54)#,,106.42(1) -46-Pd-93,92.93591(43)#,,106.42(1) -46-Pd-94,93.92877(43)#,,106.42(1) -46-Pd-95,94.92469(43)#,,106.42(1) -46-Pd-96,95.91822(16),,106.42(1) -46-Pd-97,96.91648(32),,106.42(1) -46-Pd-98,97.912721(23),,106.42(1) -46-Pd-99,98.911768(16),,106.42(1) -46-Pd-100,99.908505(12),,106.42(1) -46-Pd-101,100.908289(19),,106.42(1) -46-Pd-102,101.905608(3),1.02(1),106.42(1) -46-Pd-103,102.906087(3),,106.42(1) -46-Pd-104,103.904035(5),11.14(8),106.42(1) -46-Pd-105,104.905084(5),22.33(8),106.42(1) -46-Pd-106,105.903483(5),27.33(3),106.42(1) -46-Pd-107,106.905128(7),,106.42(1) -46-Pd-108,107.903894(4),26.46(9),106.42(1) -46-Pd-109,108.905954(4),,106.42(1) -46-Pd-110,109.905152(12),11.72(9),106.42(1) -46-Pd-111,110.907640(40),,106.42(1) -46-Pd-112,111.907313(19),,106.42(1) -46-Pd-113,112.910150(40),,106.42(1) -46-Pd-114,113.910365(26),,106.42(1) -46-Pd-115,114.913680(70),,106.42(1) -46-Pd-116,115.914160(60),,106.42(1) -46-Pd-117,116.91784(32)#,,106.42(1) -46-Pd-118,117.91898(23),,106.42(1) -46-Pd-119,118.92268(32)#,,106.42(1) -46-Pd-120,119.92403(43)#,,106.42(1) -46-Pd-121,120.92818(54)#,,106.42(1) -46-Pd-122,121.92980(54)#,,106.42(1) -46-Pd-123,122.93426(64)#,,106.42(1) -47-Ag-94,93.94278(54)#,,107.8682(2) -47-Ag-95,94.93548(43)#,,107.8682(2) -47-Ag-96,95.93068(43)#,,107.8682(2) -47-Ag-97,96.92400(43)#,,107.8682(2) -47-Ag-98,97.92176(16),,107.8682(2) -47-Ag-99,98.91760(16),,107.8682(2) -47-Ag-100,99.916070(80),,107.8682(2) -47-Ag-101,100.91280(11),,107.8682(2) -47-Ag-102,101.912000(80),,107.8682(2) -47-Ag-103,102.908972(18),,107.8682(2) -47-Ag-104,103.908628(7),,107.8682(2) -47-Ag-105,104.906528(12),,107.8682(2) -47-Ag-106,105.906666(6),,107.8682(2) -47-Ag-107,106.905093(6),51.839(8),107.8682(2) -47-Ag-108,107.905954(6),,107.8682(2) -47-Ag-109,108.904756(3),48.161(8),107.8682(2) -47-Ag-110,109.906110(3),,107.8682(2) -47-Ag-111,110.905295(4),,107.8682(2) -47-Ag-112,111.907004(18),,107.8682(2) -47-Ag-113,112.906566(18),,107.8682(2) -47-Ag-114,113.908808(28),,107.8682(2) -47-Ag-115,114.908760(40),,107.8682(2) -47-Ag-116,115.911360(50),,107.8682(2) -47-Ag-117,116.911680(50),,107.8682(2) -47-Ag-118,117.914580(70),,107.8682(2) -47-Ag-119,118.91567(10),,107.8682(2) -47-Ag-120,119.918790(80),,107.8682(2) -47-Ag-121,120.91985(16),,107.8682(2) -47-Ag-122,121.92332(22)#,,107.8682(2) -47-Ag-123,122.92490(32)#,,107.8682(2) -47-Ag-124,123.92853(43)#,,107.8682(2) -47-Ag-125,124.93054(43)#,,107.8682(2) -47-Ag-126,125.93450(43)#,,107.8682(2) -47-Ag-127,126.93688(54)#,,107.8682(2) -48-Cd-96,95.93977(54)#,,112.411(8) -48-Cd-97,96.93494(43)#,,112.411(8) -48-Cd-98,97.92758(22)#,,112.411(8) -48-Cd-99,98.92501(22)#,,112.411(8) -48-Cd-100,99.92023(10),,112.411(8) -48-Cd-101,100.91868(16),,112.411(8) -48-Cd-102,101.914780(80),,112.411(8) -48-Cd-103,102.913419(17),,112.411(8) -48-Cd-104,103.909848(10),,112.411(8) -48-Cd-105,104.909468(12),,112.411(8) -48-Cd-106,105.906458(6),1.25(6),112.411(8) -48-Cd-107,106.906614(7),,112.411(8) -48-Cd-108,107.904183(6),0.89(3),112.411(8) -48-Cd-109,108.904986(4),,112.411(8) -48-Cd-110,109.903006(3),12.49(18),112.411(8) -48-Cd-111,110.904182(3),12.80(12),112.411(8) -48-Cd-112,111.9027572(30),24.13(21),112.411(8) -48-Cd-113,112.9044009(30),12.22(12),112.411(8) -48-Cd-114,113.9033581(30),28.73(42),112.411(8) -48-Cd-115,114.905431(3),,112.411(8) -48-Cd-116,115.904755(3),7.49(18),112.411(8) -48-Cd-117,116.907218(4),,112.411(8) -48-Cd-118,117.906914(22),,112.411(8) -48-Cd-119,118.909920(90),,112.411(8) -48-Cd-120,119.909851(20),,112.411(8) -48-Cd-121,120.912980(90),,112.411(8) -48-Cd-122,121.91350(22)#,,112.411(8) -48-Cd-123,122.917000(40),,112.411(8) -48-Cd-124,123.917650(70),,112.411(8) -48-Cd-125,124.921250(70),,112.411(8) -48-Cd-126,125.922350(60),,112.411(8) -48-Cd-127,126.926430(80),,112.411(8) -48-Cd-128,127.92776(32),,112.411(8) -48-Cd-129,128.93226(43)#,,112.411(8) -48-Cd-130,129.93398(43)#,,112.411(8) -49-In-98,97.94224(54)#,,114.818(3) -49-In-99,98.93461(54)#,,114.818(3) -49-In-100,99.93115(41),,114.818(3) -49-In-101,100.92656(32)#,,114.818(3) -49-In-102,101.92471(41),,114.818(3) -49-In-103,102.919914(27),,114.818(3) -49-In-104,103.91834(15),,114.818(3) -49-In-105,104.914673(19),,114.818(3) -49-In-106,105.913461(15),,114.818(3) -49-In-107,106.910292(14),,114.818(3) -49-In-108,107.909720(40),,114.818(3) -49-In-109,108.907154(6),,114.818(3) -49-In-110,109.907169(13),,114.818(3) -49-In-111,110.905111(6),,114.818(3) -49-In-112,111.905533(6),,114.818(3) -49-In-113,112.904061(4),4.29(5),114.818(3) -49-In-114,113.904917(3),,114.818(3) -49-In-115,114.903878(5),95.71(5),114.818(3) -49-In-116,115.905260(5),,114.818(3) -49-In-117,116.904516(6),,114.818(3) -49-In-118,117.906355(9),,114.818(3) -49-In-119,118.905846(8),,114.818(3) -49-In-120,119.907960(40),,114.818(3) -49-In-121,120.907849(29),,114.818(3) -49-In-122,121.910280(50),,114.818(3) -49-In-123,122.910439(26),,114.818(3) -49-In-124,123.913180(50),,114.818(3) -49-In-125,124.913600(30),,114.818(3) -49-In-126,125.916460(40),,114.818(3) -49-In-127,126.917340(40),,114.818(3) -49-In-128,127.920170(50),,114.818(3) -49-In-129,128.92166(14),,114.818(3) -49-In-130,129.924850(50),,114.818(3) -49-In-131,130.926770(80),,114.818(3) -49-In-132,131.932920(70),,114.818(3) -49-In-133,132.93834(43)#,,114.818(3) -49-In-134,133.94466(54)#,,114.818(3) -50-Sn-100,99.93895(46)#,,118.710(7) -50-Sn-101,100.93606(54)#,,118.710(7) -50-Sn-102,101.93049(43)#,,118.710(7) -50-Sn-103,102.92813(32)#,,118.710(7) -50-Sn-104,103.92319(16),,118.710(7) -50-Sn-105,104.92139(10),,118.710(7) -50-Sn-106,105.916880(50),,118.710(7) -50-Sn-107,106.915670(90),,118.710(7) -50-Sn-108,107.911970(50),,118.710(7) -50-Sn-109,108.911287(11),,118.710(7) -50-Sn-110,109.907853(17),,118.710(7) -50-Sn-111,110.907735(8),,118.710(7) -50-Sn-112,111.904821(5),0.97(1),118.710(7) -50-Sn-113,112.905173(4),,118.710(7) -50-Sn-114,113.902782(3),0.66(1),118.710(7) -50-Sn-115,114.903346(3),0.34(1),118.710(7) -50-Sn-116,115.901744(3),14.54(9),118.710(7) -50-Sn-117,116.902954(3),7.68(7),118.710(7) -50-Sn-118,117.901606(3),24.22(9),118.710(7) -50-Sn-119,118.903309(3),8.59(4),118.710(7) -50-Sn-120,119.9021966(27),32.58(9),118.710(7) -50-Sn-121,120.9042369(27),,118.710(7) -50-Sn-122,121.9034401(29),4.63(3),118.710(7) -50-Sn-123,122.9057219(29),,118.710(7) -50-Sn-124,123.9052746(15),5.79(5),118.710(7) -50-Sn-125,124.9077849(16),,118.710(7) -50-Sn-126,125.907654(11),,118.710(7) -50-Sn-127,126.910351(27),,118.710(7) -50-Sn-128,127.910535(29),,118.710(7) -50-Sn-129,128.91344(13),,118.710(7) -50-Sn-130,129.913850(30),,118.710(7) -50-Sn-131,130.916920(80),,118.710(7) -50-Sn-132,131.917744(28),,118.710(7) -50-Sn-133,132.923810(90),,118.710(7) -50-Sn-134,133.92846(11),,118.710(7) -50-Sn-135,134.93473(43)#,,118.710(7) -50-Sn-136,135.93934(54)#,,118.710(7) -50-Sn-137,136.94579(64)#,,118.710(7) -51-Sb-103,102.94012(54)#,,121.760(1) -51-Sb-104,103.93629(39)#,,121.760(1) -51-Sb-105,104.93153(17),,121.760(1) -51-Sb-106,105.92876(34)#,,121.760(1) -51-Sb-107,106.92415(32)#,,121.760(1) -51-Sb-108,107.92216(22)#,,121.760(1) -51-Sb-109,108.918136(20),,121.760(1) -51-Sb-110,109.91676(22)#,,121.760(1) -51-Sb-111,110.91321(22)#,,121.760(1) -51-Sb-112,111.912395(25),,121.760(1) -51-Sb-113,112.909378(24),,121.760(1) -51-Sb-114,113.90910(22),,121.760(1) -51-Sb-115,114.906599(22),,121.760(1) -51-Sb-116,115.906797(6),,121.760(1) -51-Sb-117,116.904840(10),,121.760(1) -51-Sb-118,117.905532(4),,121.760(1) -51-Sb-119,118.903946(9),,121.760(1) -51-Sb-120,119.905074(8),,121.760(1) -51-Sb-121,120.9038180(24),57.21(5),121.760(1) -51-Sb-122,121.9051754(24),,121.760(1) -51-Sb-123,122.9042157(22),42.79(5),121.760(1) -51-Sb-124,123.9059375(22),,121.760(1) -51-Sb-125,124.905248(3),,121.760(1) -51-Sb-126,125.907250(30),,121.760(1) -51-Sb-127,126.906915(6),,121.760(1) -51-Sb-128,127.909167(27),,121.760(1) -51-Sb-129,128.909150(23),,121.760(1) -51-Sb-130,129.911546(27),,121.760(1) -51-Sb-131,130.911950(80),,121.760(1) -51-Sb-132,131.914413(25),,121.760(1) -51-Sb-133,132.915240(80),,121.760(1) -51-Sb-134,133.920550(60),,121.760(1) -51-Sb-135,134.92517(11),,121.760(1) -51-Sb-136,135.93066(32)#,,121.760(1) -51-Sb-137,136.93531(43)#,,121.760(1) -51-Sb-138,137.94096(54)#,,121.760(1) -51-Sb-139,138.94571(64)#,,121.760(1) -52-Te-106,105.93770(43)#,,127.60(3) -52-Te-107,106.93504(32)#,,127.60(3) -52-Te-108,107.92949(16),,127.60(3) -52-Te-109,108.927460(80),,127.60(3) -52-Te-110,109.922410(60),,127.60(3) -52-Te-111,110.921120(80),,127.60(3) -52-Te-112,111.91706(18),,127.60(3) -52-Te-113,112.91593(22)#,,127.60(3) -52-Te-114,113.91206(22)#,,127.60(3) -52-Te-115,114.91158(11),,127.60(3) -52-Te-116,115.90842(10),,127.60(3) -52-Te-117,116.908634(20),,127.60(3) -52-Te-118,117.905825(17),,127.60(3) -52-Te-119,118.906408(9),,127.60(3) -52-Te-120,119.904020(11),0.09(1),127.60(3) -52-Te-121,120.904930(27),,127.60(3) -52-Te-122,121.9030471(20),2.55(12),127.60(3) -52-Te-123,122.9042730(19),0.89(3),127.60(3) -52-Te-124,123.9028195(16),4.74(14),127.60(3) -52-Te-125,124.9044247(20),7.07(15),127.60(3) -52-Te-126,125.9033055(20),18.84(25),127.60(3) -52-Te-127,126.905217(4),,127.60(3) -52-Te-128,127.9044614(19),31.74(8),127.60(3) -52-Te-129,128.906596(3),,127.60(3) -52-Te-130,129.9062228(21),34.08(62),127.60(3) -52-Te-131,130.9085219(22),,127.60(3) -52-Te-132,131.908524(12),,127.60(3) -52-Te-133,132.910940(80),,127.60(3) -52-Te-134,133.911540(40),,127.60(3) -52-Te-135,134.91645(10),,127.60(3) -52-Te-136,135.920100(50),,127.60(3) -52-Te-137,136.92532(13),,127.60(3) -52-Te-138,137.92922(22)#,,127.60(3) -52-Te-139,138.93473(43)#,,127.60(3) -52-Te-140,139.93870(54)#,,127.60(3) -52-Te-141,140.94439(54)#,,127.60(3) -52-Te-142,141.94850(64)#,,127.60(3) -53-I-108,107.94329(39)#,,126.90447(3) -53-I-109,108.93819(16),,126.90447(3) -53-I-110,109.93521(33)#,,126.90447(3) -53-I-111,110.93028(32)#,,126.90447(3) -53-I-112,111.92797(23)#,,126.90447(3) -53-I-113,112.923640(60),,126.90447(3) -53-I-114,113.92185(32)#,,126.90447(3) -53-I-115,114.91792(50)#,,126.90447(3) -53-I-116,115.91674(15),,126.90447(3) -53-I-117,116.913650(80),,126.90447(3) -53-I-118,117.913380(80),,126.90447(3) -53-I-119,118.910180(70),,126.90447(3) -53-I-120,119.910048(20),,126.90447(3) -53-I-121,120.907366(12),,126.90447(3) -53-I-122,121.907592(6),,126.90447(3) -53-I-123,122.905598(4),,126.90447(3) -53-I-124,123.9062114(26),,126.90447(3) -53-I-125,124.9046241(20),,126.90447(3) -53-I-126,125.905619(4),,126.90447(3) -53-I-127,126.904468(4),100,126.90447(3) -53-I-128,127.905805(4),,126.90447(3) -53-I-129,128.904987(4),,126.90447(3) -53-I-130,129.906674(4),,126.90447(3) -53-I-131,130.9061242(12),,126.90447(3) -53-I-132,131.907995(11),,126.90447(3) -53-I-133,132.907806(28),,126.90447(3) -53-I-134,133.909877(16),,126.90447(3) -53-I-135,134.910050(25),,126.90447(3) -53-I-136,135.914660(50),,126.90447(3) -53-I-137,136.917873(30),,126.90447(3) -53-I-138,137.922380(90),,126.90447(3) -53-I-139,138.926090(30),,126.90447(3) -53-I-140,139.93121(23)#,,126.90447(3) -53-I-141,140.93483(32)#,,126.90447(3) -53-I-142,141.94018(43)#,,126.90447(3) -53-I-143,142.94407(43)#,,126.90447(3) -53-I-144,143.94961(54)#,,126.90447(3) -54-Xe-110,109.94448(43)#,,131.293(6) -54-Xe-111,110.94163(33)#,,131.293(6) -54-Xe-112,111.93567(16),,131.293(6) -54-Xe-113,112.93338(10),,131.293(6) -54-Xe-114,113.92815(22)#,,131.293(6) -54-Xe-115,114.92654(26)#,,131.293(6) -54-Xe-116,115.92174(26)#,,131.293(6) -54-Xe-117,116.92056(19),,131.293(6) -54-Xe-118,117.91657(107),,131.293(6) -54-Xe-119,118.91555(13),,131.293(6) -54-Xe-120,119.912150(50),,131.293(6) -54-Xe-121,120.911386(26),,131.293(6) -54-Xe-122,121.908550(90),,131.293(6) -54-Xe-123,122.908471(17),,131.293(6) -54-Xe-124,123.9058958(21),0.09(1),131.293(6) -54-Xe-125,124.9063982(21),,131.293(6) -54-Xe-126,125.904269(7),0.09(1),131.293(6) -54-Xe-127,126.905180(4),,131.293(6) -54-Xe-128,127.9035304(15),1.92(3),131.293(6) -54-Xe-129,128.9047795(9),26.44(24),131.293(6) -54-Xe-130,129.9035079(10),4.08(2),131.293(6) -54-Xe-131,130.9050819(10),21.18(3),131.293(6) -54-Xe-132,131.9041545(12),26.89(6),131.293(6) -54-Xe-133,132.905906(4),,131.293(6) -54-Xe-134,133.9053945(9),10.44(10),131.293(6) -54-Xe-135,134.907207(11),,131.293(6) -54-Xe-136,135.907220(8),8.87(16),131.293(6) -54-Xe-137,136.911563(8),,131.293(6) -54-Xe-138,137.913990(40),,131.293(6) -54-Xe-139,138.918787(23),,131.293(6) -54-Xe-140,139.921640(70),,131.293(6) -54-Xe-141,140.92665(10),,131.293(6) -54-Xe-142,141.92970(11),,131.293(6) -54-Xe-143,142.93489(24)#,,131.293(6) -54-Xe-144,143.93823(34)#,,131.293(6) -54-Xe-145,144.94367(43)#,,131.293(6) -54-Xe-146,145.94730(43)#,,131.293(6) -54-Xe-147,146.95301(54)#,,131.293(6) -55-Cs-112,111.95033(33)#,,132.90545(2) -55-Cs-113,112.94454(16),,132.90545(2) -55-Cs-114,113.94142(33)#,,132.90545(2) -55-Cs-115,114.93594(46)#,,132.90545(2) -55-Cs-116,115.93291(38),,132.90545(2) -55-Cs-117,116.928640(60),,132.90545(2) -55-Cs-118,117.926555(14),,132.90545(2) -55-Cs-119,118.922371(15),,132.90545(2) -55-Cs-120,119.920678(11),,132.90545(2) -55-Cs-121,120.917184(15),,132.90545(2) -55-Cs-122,121.916122(18),,132.90545(2) -55-Cs-123,122.912990(13),,132.90545(2) -55-Cs-124,123.912246(13),,132.90545(2) -55-Cs-125,124.909725(8),,132.90545(2) -55-Cs-126,125.909448(13),,132.90545(2) -55-Cs-127,126.907418(9),,132.90545(2) -55-Cs-128,127.907748(6),,132.90545(2) -55-Cs-129,128.906063(5),,132.90545(2) -55-Cs-130,129.906706(9),,132.90545(2) -55-Cs-131,130.905460(6),,132.90545(2) -55-Cs-132,131.906430(4),,132.90545(2) -55-Cs-133,132.905447(3),100,132.90545(2) -55-Cs-134,133.906713(3),,132.90545(2) -55-Cs-135,134.905972(3),,132.90545(2) -55-Cs-136,135.907306(4),,132.90545(2) -55-Cs-137,136.907084(3),,132.90545(2) -55-Cs-138,137.911011(10),,132.90545(2) -55-Cs-139,138.913358(5),,132.90545(2) -55-Cs-140,139.917277(9),,132.90545(2) -55-Cs-141,140.920044(11),,132.90545(2) -55-Cs-142,141.924292(11),,132.90545(2) -55-Cs-143,142.927330(24),,132.90545(2) -55-Cs-144,143.932030(30),,132.90545(2) -55-Cs-145,144.935390(50),,132.90545(2) -55-Cs-146,145.940160(90),,132.90545(2) -55-Cs-147,146.94386(16),,132.90545(2) -55-Cs-148,147.94890(63),,132.90545(2) -55-Cs-149,148.95272(32)#,,132.90545(2) -55-Cs-150,149.95797(54)#,,132.90545(2) -55-Cs-151,150.96200(75)#,,132.90545(2) -56-Ba-114,113.95094(48)#,,137.327(7) -56-Ba-115,114.94771(64)#,,137.327(7) -56-Ba-116,115.94168(54)#,,137.327(7) -56-Ba-117,116.93886(70)#,,137.327(7) -56-Ba-118,117.93344(54)#,,137.327(7) -56-Ba-119,118.93105(109),,137.327(7) -56-Ba-120,119.92605(32),,137.327(7) -56-Ba-121,120.92449(33),,137.327(7) -56-Ba-122,121.92026(32)#,,137.327(7) -56-Ba-123,122.91885(32)#,,137.327(7) -56-Ba-124,123.915088(15),,137.327(7) -56-Ba-125,124.91462(27),,137.327(7) -56-Ba-126,125.911244(15),,137.327(7) -56-Ba-127,126.91112(11),,137.327(7) -56-Ba-128,127.908309(12),,137.327(7) -56-Ba-129,128.908674(12),,137.327(7) -56-Ba-130,129.906310(7),0.106(1),137.327(7) -56-Ba-131,130.906931(7),,137.327(7) -56-Ba-132,131.905056(3),0.101(1),137.327(7) -56-Ba-133,132.906002(3),,137.327(7) -56-Ba-134,133.904503(3),2.417(18),137.327(7) -56-Ba-135,134.905683(3),6.592(12),137.327(7) -56-Ba-136,135.904570(3),7.854(24),137.327(7) -56-Ba-137,136.905821(3),11.232(24),137.327(7) -56-Ba-138,137.905241(3),71.698(42),137.327(7) -56-Ba-139,138.908835(3),,137.327(7) -56-Ba-140,139.910599(9),,137.327(7) -56-Ba-141,140.914406(9),,137.327(7) -56-Ba-142,141.916448(7),,137.327(7) -56-Ba-143,142.920617(14),,137.327(7) -56-Ba-144,143.922940(15),,137.327(7) -56-Ba-145,144.926920(60),,137.327(7) -56-Ba-146,145.930110(80),,137.327(7) -56-Ba-147,146.93399(10),,137.327(7) -56-Ba-148,147.93768(15),,137.327(7) -56-Ba-149,148.94246(43)#,,137.327(7) -56-Ba-150,149.94562(54)#,,137.327(7) -56-Ba-151,150.95070(64)#,,137.327(7) -56-Ba-152,151.95416(75)#,,137.327(7) -56-Ba-153,152.95961(97)#,,137.327(7) -57-La-117,116.95001(96)#,,138.9055(2) -57-La-118,117.94657(86)#,,138.9055(2) -57-La-119,118.94099(75)#,,138.9055(2) -57-La-120,119.93807(64)#,,138.9055(2) -57-La-121,120.93301(54)#,,138.9055(2) -57-La-122,121.93071(54)#,,138.9055(2) -57-La-123,122.92624(43)#,,138.9055(2) -57-La-124,123.92453(32)#,,138.9055(2) -57-La-125,124.92067(32)#,,138.9055(2) -57-La-126,125.91937(32)#,,138.9055(2) -57-La-127,126.91616(24)#,,138.9055(2) -57-La-128,127.91545(43),,138.9055(2) -57-La-129,128.912670(60),,138.9055(2) -57-La-130,129.91232(22)#,,138.9055(2) -57-La-131,130.91011(11),,138.9055(2) -57-La-132,131.910110(50),,138.9055(2) -57-La-133,132.90840(21),,138.9055(2) -57-La-134,133.908490(28),,138.9055(2) -57-La-135,134.906971(11),,138.9055(2) -57-La-136,135.907650(80),,138.9055(2) -57-La-137,136.906470(50),,138.9055(2) -57-La-138,137.907107(4),0.090(1),138.9055(2) -57-La-139,138.906348(3),99.910(1),138.9055(2) -57-La-140,139.909473(3),,138.9055(2) -57-La-141,140.910957(5),,138.9055(2) -57-La-142,141.914074(6),,138.9055(2) -57-La-143,142.916059(16),,138.9055(2) -57-La-144,143.919590(60),,138.9055(2) -57-La-145,144.921640(70),,138.9055(2) -57-La-146,145.925700(80),,138.9055(2) -57-La-147,146.927820(80),,138.9055(2) -57-La-148,147.93219(14),,138.9055(2) -57-La-149,148.93437(32)#,,138.9055(2) -57-La-150,149.93857(43)#,,138.9055(2) -57-La-151,150.94156(54)#,,138.9055(2) -57-La-152,151.94611(64)#,,138.9055(2) -57-La-153,152.94945(75)#,,138.9055(2) -57-La-154,153.95440(86)#,,138.9055(2) -57-La-155,154.95813(97)#,,138.9055(2) -58-Ce-119,118.95276(97)#,,140.116(1) -58-Ce-120,119.94664(86)#,,140.116(1) -58-Ce-121,120.94367(75)#,,140.116(1) -58-Ce-122,121.93801(64)#,,140.116(1) -58-Ce-123,122.93551(54)#,,140.116(1) -58-Ce-124,123.93052(54)#,,140.116(1) -58-Ce-125,124.92854(43)#,,140.116(1) -58-Ce-126,125.92410(43)#,,140.116(1) -58-Ce-127,126.92275(32)#,,140.116(1) -58-Ce-128,127.91887(32)#,,140.116(1) -58-Ce-129,128.91809(22)#,,140.116(1) -58-Ce-130,129.91469(66)#,,140.116(1) -58-Ce-131,130.91442(44),,140.116(1) -58-Ce-132,131.91149(21)#,,140.116(1) -58-Ce-133,132.91155(21)#,,140.116(1) -58-Ce-134,133.90903(22),,140.116(1) -58-Ce-135,134.909146(12),,140.116(1) -58-Ce-136,135.907140(50),0.185(2),140.116(1) -58-Ce-137,136.907780(50),,140.116(1) -58-Ce-138,137.905986(11),0.251(2),140.116(1) -58-Ce-139,138.906647(8),,140.116(1) -58-Ce-140,139.905434(3),88.450(51),140.116(1) -58-Ce-141,140.908271(3),,140.116(1) -58-Ce-142,141.909240(4),11.114(51),140.116(1) -58-Ce-143,142.912381(4),,140.116(1) -58-Ce-144,143.913643(4),,140.116(1) -58-Ce-145,144.917230(40),,140.116(1) -58-Ce-146,145.918690(70),,140.116(1) -58-Ce-147,146.922510(60),,140.116(1) -58-Ce-148,147.92439(13),,140.116(1) -58-Ce-149,148.928290(80),,140.116(1) -58-Ce-150,149.93023(13),,140.116(1) -58-Ce-151,150.93404(32)#,,140.116(1) -58-Ce-152,151.93638(43)#,,140.116(1) -58-Ce-153,152.94058(54)#,,140.116(1) -58-Ce-154,153.94332(64)#,,140.116(1) -58-Ce-155,154.94804(75)#,,140.116(1) -58-Ce-156,155.95126(86)#,,140.116(1) -58-Ce-157,156.95634(97)#,,140.116(1) -59-Pr-121,120.95536(86)#,,140.90765(2) -59-Pr-122,121.95165(86)#,,140.90765(2) -59-Pr-123,122.94596(75)#,,140.90765(2) -59-Pr-124,123.94296(64)#,,140.90765(2) -59-Pr-125,124.93783(54)#,,140.90765(2) -59-Pr-126,125.93531(54)#,,140.90765(2) -59-Pr-127,126.93083(43)#,,140.90765(2) -59-Pr-128,127.92880(43)#,,140.90765(2) -59-Pr-129,128.92486(32)#,,140.90765(2) -59-Pr-130,129.92338(32)#,,140.90765(2) -59-Pr-131,130.92006(47),,140.90765(2) -59-Pr-132,131.91912(21)#,,140.90765(2) -59-Pr-133,132.91620(21)#,,140.90765(2) -59-Pr-134,133.91567(32)#,,140.90765(2) -59-Pr-135,134.91314(16),,140.90765(2) -59-Pr-136,135.912650(50),,140.90765(2) -59-Pr-137,136.910680(50),,140.90765(2) -59-Pr-138,137.910749(16),,140.90765(2) -59-Pr-139,138.908932(9),,140.90765(2) -59-Pr-140,139.909071(7),,140.90765(2) -59-Pr-141,140.907648(3),100,140.90765(2) -59-Pr-142,141.910040(3),,140.90765(2) -59-Pr-143,142.910812(3),,140.90765(2) -59-Pr-144,143.913301(4),,140.90765(2) -59-Pr-145,144.914507(8),,140.90765(2) -59-Pr-146,145.917590(60),,140.90765(2) -59-Pr-147,146.918980(40),,140.90765(2) -59-Pr-148,147.92218(10),,140.90765(2) -59-Pr-149,148.923791(11),,140.90765(2) -59-Pr-150,149.927000(90),,140.90765(2) -59-Pr-151,150.928230(40),,140.90765(2) -59-Pr-152,151.93160(32)#,,140.90765(2) -59-Pr-153,152.93365(32)#,,140.90765(2) -59-Pr-154,153.93739(43)#,,140.90765(2) -59-Pr-155,154.93999(54)#,,140.90765(2) -59-Pr-156,155.94412(64)#,,140.90765(2) -59-Pr-157,156.94717(75)#,,140.90765(2) -59-Pr-158,157.95178(86)#,,140.90765(2) -59-Pr-159,158.95523(97)#,,140.90765(2) -60-Nd-126,125.94307(75)#,,144.24(3) -60-Nd-127,126.94050(64)#,,144.24(3) -60-Nd-128,127.93539(64)#,,144.24(3) -60-Nd-129,128.93325(39)#,,144.24(3) -60-Nd-130,129.92878(54)#,,144.24(3) -60-Nd-131,130.92710(50),,144.24(3) -60-Nd-132,131.92312(32)#,,144.24(3) -60-Nd-133,132.92221(32)#,,144.24(3) -60-Nd-134,133.91865(36)#,,144.24(3) -60-Nd-135,134.91824(22)#,,144.24(3) -60-Nd-136,135.915020(60),,144.24(3) -60-Nd-137,136.914640(80),,144.24(3) -60-Nd-138,137.91193(22)#,,144.24(3) -60-Nd-139,138.911920(50),,144.24(3) -60-Nd-140,139.909310(21),,144.24(3) -60-Nd-141,140.909605(4),,144.24(3) -60-Nd-142,141.907719(3),27.2(5),144.24(3) -60-Nd-143,142.909810(3),12.2(2),144.24(3) -60-Nd-144,143.910083(3),23.8(3),144.24(3) -60-Nd-145,144.912569(3),8.3(1),144.24(3) -60-Nd-146,145.913112(3),17.2(3),144.24(3) -60-Nd-147,146.916096(3),,144.24(3) -60-Nd-148,147.916889(3),5.7(1),144.24(3) -60-Nd-149,148.920144(3),,144.24(3) -60-Nd-150,149.920887(4),5.6(2),144.24(3) -60-Nd-151,150.923825(4),,144.24(3) -60-Nd-152,151.924680(30),,144.24(3) -60-Nd-153,152.927695(29),,144.24(3) -60-Nd-154,153.92948(12),,144.24(3) -60-Nd-155,154.93263(16),,144.24(3) -60-Nd-156,155.93520(43)#,,144.24(3) -60-Nd-157,156.93927(54)#,,144.24(3) -60-Nd-158,157.94187(64)#,,144.24(3) -60-Nd-159,158.94639(75)#,,144.24(3) -60-Nd-160,159.94939(86)#,,144.24(3) -60-Nd-161,160.95433(97)#,,144.24(3) -61-Pm-128,127.94826(97)#,,[145] -61-Pm-129,128.94316(86)#,,[145] -61-Pm-130,129.94045(75)#,,[145] -61-Pm-131,130.93580(64)#,,[145] -61-Pm-132,131.93375(54)#,,[145] -61-Pm-133,132.92972(54)#,,[145] -61-Pm-134,133.92849(42)#,,[145] -61-Pm-135,134.92462(35)#,,[145] -61-Pm-136,135.92345(22),,[145] -61-Pm-137,136.92071(15)#,,[145] -61-Pm-138,137.91945(34)#,,[145] -61-Pm-139,138.916760(60),,[145] -61-Pm-140,139.915800(30),,[145] -61-Pm-141,140.913607(29),,[145] -61-Pm-142,141.912950(50),,[145] -61-Pm-143,142.910928(4),,[145] -61-Pm-144,143.912586(4),,[145] -61-Pm-145,144.912744(4),,[145] -61-Pm-146,145.914692(5),,[145] -61-Pm-147,146.915134(3),,[145] -61-Pm-148,147.917468(7),,[145] -61-Pm-149,148.918329(5),,[145] -61-Pm-150,149.920979(22),,[145] -61-Pm-151,150.921203(6),,[145] -61-Pm-152,151.923490(80),,[145] -61-Pm-153,152.924113(12),,[145] -61-Pm-154,153.926550(80),,[145] -61-Pm-155,154.928100(30),,[145] -61-Pm-156,155.931060(40),,[145] -61-Pm-157,156.93320(32)#,,[145] -61-Pm-158,157.93669(43)#,,[145] -61-Pm-159,158.93913(54)#,,[145] -61-Pm-160,159.94299(64)#,,[145] -61-Pm-161,160.94586(75)#,,[145] -61-Pm-162,161.95029(86)#,,[145] -61-Pm-163,162.95352(97)#,,[145] -62-Sm-130,129.94863(97)#,,150.36(3) -62-Sm-131,130.94589(97)#,,150.36(3) -62-Sm-132,131.94082(75)#,,150.36(3) -62-Sm-133,132.93873(64)#,,150.36(3) -62-Sm-134,133.93402(54)#,,150.36(3) -62-Sm-135,134.93235(54)#,,150.36(3) -62-Sm-136,135.92830(43)#,,150.36(3) -62-Sm-137,136.92705(12),,150.36(3) -62-Sm-138,137.92354(32)#,,150.36(3) -62-Sm-139,138.922302(16),,150.36(3) -62-Sm-140,139.918991(16),,150.36(3) -62-Sm-141,140.918469(13),,150.36(3) -62-Sm-142,141.915193(11),,150.36(3) -62-Sm-143,142.914624(4),,150.36(3) -62-Sm-144,143.911995(4),3.07(7),150.36(3) -62-Sm-145,144.913406(4),,150.36(3) -62-Sm-146,145.913037(4),,150.36(3) -62-Sm-147,146.914893(3),14.99(18),150.36(3) -62-Sm-148,147.914818(3),11.24(10),150.36(3) -62-Sm-149,148.917180(3),13.82(7),150.36(3) -62-Sm-150,149.917271(3),7.38(1),150.36(3) -62-Sm-151,150.919928(3),,150.36(3) -62-Sm-152,151.919728(3),26.75(16),150.36(3) -62-Sm-153,152.922094(3),,150.36(3) -62-Sm-154,153.922205(3),22.75(29),150.36(3) -62-Sm-155,154.924636(3),,150.36(3) -62-Sm-156,155.925526(10),,150.36(3) -62-Sm-157,156.928350(50),,150.36(3) -62-Sm-158,157.929990(80),,150.36(3) -62-Sm-159,158.93320(32)#,,150.36(3) -62-Sm-160,159.93514(43)#,,150.36(3) -62-Sm-161,160.93883(54)#,,150.36(3) -62-Sm-162,161.94122(64)#,,150.36(3) -62-Sm-163,162.94536(75)#,,150.36(3) -62-Sm-164,163.94828(86)#,,150.36(3) -62-Sm-165,164.95298(97)#,,150.36(3) -63-Eu-132,131.95416(97)#,,151.964(1) -63-Eu-133,132.94890(97)#,,151.964(1) -63-Eu-134,133.94632(75)#,,151.964(1) -63-Eu-135,134.94172(64)#,,151.964(1) -63-Eu-136,135.93950(54)#,,151.964(1) -63-Eu-137,136.93521(54)#,,151.964(1) -63-Eu-138,137.93345(43)#,,151.964(1) -63-Eu-139,138.92984(16)#,,151.964(1) -63-Eu-140,139.928080(60),,151.964(1) -63-Eu-141,140.924890(30),,151.964(1) -63-Eu-142,141.923400(30),,151.964(1) -63-Eu-143,142.920287(14),,151.964(1) -63-Eu-144,143.918774(19),,151.964(1) -63-Eu-145,144.916261(5),,151.964(1) -63-Eu-146,145.917200(8),,151.964(1) -63-Eu-147,146.916741(4),,151.964(1) -63-Eu-148,147.918154(19),,151.964(1) -63-Eu-149,148.917926(5),,151.964(1) -63-Eu-150,149.919698(8),,151.964(1) -63-Eu-151,150.919846(3),47.81(3),151.964(1) -63-Eu-152,151.921740(3),,151.964(1) -63-Eu-153,152.921226(3),52.19(3),151.964(1) -63-Eu-154,153.922975(3),,151.964(1) -63-Eu-155,154.922889(3),,151.964(1) -63-Eu-156,155.924751(6),,151.964(1) -63-Eu-157,156.925419(7),,151.964(1) -63-Eu-158,157.927840(80),,151.964(1) -63-Eu-159,158.929084(9),,151.964(1) -63-Eu-160,159.93197(22)#,,151.964(1) -63-Eu-161,160.93368(32)#,,151.964(1) -63-Eu-162,161.93704(43)#,,151.964(1) -63-Eu-163,162.93921(54)#,,151.964(1) -63-Eu-164,163.94299(64)#,,151.964(1) -63-Eu-165,164.94572(75)#,,151.964(1) -63-Eu-166,165.94997(86)#,,151.964(1) -63-Eu-167,166.95305(97)#,,151.964(1) -64-Gd-136,135.94707(75)#,,157.25(3) -64-Gd-137,136.94465(64)#,,157.25(3) -64-Gd-138,137.93997(54)#,,157.25(3) -64-Gd-139,138.93808(54)#,,157.25(3) -64-Gd-140,139.93395(43)#,,157.25(3) -64-Gd-141,140.93221(32)#,,157.25(3) -64-Gd-142,141.92823(32)#,,157.25(3) -64-Gd-143,142.92674(22),,157.25(3) -64-Gd-144,143.92279(22)#,,157.25(3) -64-Gd-145,144.921690(40),,157.25(3) -64-Gd-146,145.918305(6),,157.25(3) -64-Gd-147,146.919089(4),,157.25(3) -64-Gd-148,147.918110(4),,157.25(3) -64-Gd-149,148.919336(5),,157.25(3) -64-Gd-150,149.918655(7),,157.25(3) -64-Gd-151,150.920344(4),,157.25(3) -64-Gd-152,151.919788(3),0.20(1),157.25(3) -64-Gd-153,152.921746(3),,157.25(3) -64-Gd-154,153.920862(3),2.18(3),157.25(3) -64-Gd-155,154.922619(3),14.80(12),157.25(3) -64-Gd-156,155.922120(3),20.47(9),157.25(3) -64-Gd-157,156.923957(3),15.65(2),157.25(3) -64-Gd-158,157.924101(3),24.84(7),157.25(3) -64-Gd-159,158.926385(3),,157.25(3) -64-Gd-160,159.927051(3),21.86(19),157.25(3) -64-Gd-161,160.929666(3),,157.25(3) -64-Gd-162,161.930981(5),,157.25(3) -64-Gd-163,162.93399(32)#,,157.25(3) -64-Gd-164,163.93586(43)#,,157.25(3) -64-Gd-165,164.93938(54)#,,157.25(3) -64-Gd-166,165.94160(64)#,,157.25(3) -64-Gd-167,166.94557(64)#,,157.25(3) -64-Gd-168,167.94836(75)#,,157.25(3) -64-Gd-169,168.95287(86)#,,157.25(3) -65-Tb-138,137.95287(86)#,,158.92534(2) -65-Tb-139,138.94803(75)#,,158.92534(2) -65-Tb-140,139.94554(96)#,,158.92534(2) -65-Tb-141,140.94116(64)#,,158.92534(2) -65-Tb-142,141.93886(82)#,,158.92534(2) -65-Tb-143,142.93475(43)#,,158.92534(2) -65-Tb-144,143.93253(32)#,,158.92534(2) -65-Tb-145,144.92888(24)#,,158.92534(2) -65-Tb-146,145.927180(50),,158.92534(2) -65-Tb-147,146.924037(13),,158.92534(2) -65-Tb-148,147.924300(30),,158.92534(2) -65-Tb-149,148.923242(5),,158.92534(2) -65-Tb-150,149.923654(9),,158.92534(2) -65-Tb-151,150.923098(5),,158.92534(2) -65-Tb-152,151.924070(40),,158.92534(2) -65-Tb-153,152.923431(5),,158.92534(2) -65-Tb-154,153.924690(50),,158.92534(2) -65-Tb-155,154.923500(13),,158.92534(2) -65-Tb-156,155.924744(5),,158.92534(2) -65-Tb-157,156.924021(3),,158.92534(2) -65-Tb-158,157.925410(3),,158.92534(2) -65-Tb-159,158.925343(3),100,158.92534(2) -65-Tb-160,159.927164(3),,158.92534(2) -65-Tb-161,160.927566(3),,158.92534(2) -65-Tb-162,161.929480(40),,158.92534(2) -65-Tb-163,162.930644(5),,158.92534(2) -65-Tb-164,163.93335(11),,158.92534(2) -65-Tb-165,164.93488(21)#,,158.92534(2) -65-Tb-166,165.93805(32)#,,158.92534(2) -65-Tb-167,166.94005(43)#,,158.92534(2) -65-Tb-168,167.94364(54)#,,158.92534(2) -65-Tb-169,168.94622(64)#,,158.92534(2) -65-Tb-170,169.95025(75)#,,158.92534(2) -65-Tb-171,170.95330(86)#,,158.92534(2) -66-Dy-140,139.95379(97)#,,162.500(1) -66-Dy-141,140.95119(75)#,,162.500(1) -66-Dy-142,141.94627(85)#,,162.500(1) -66-Dy-143,142.94383(54)#,,162.500(1) -66-Dy-144,143.93907(43)#,,162.500(1) -66-Dy-145,144.93695(32)#,,162.500(1) -66-Dy-146,145.93272(12),,162.500(1) -66-Dy-147,146.930880(60),,162.500(1) -66-Dy-148,147.927180(30),,162.500(1) -66-Dy-149,148.927334(12),,162.500(1) -66-Dy-150,149.925580(6),,162.500(1) -66-Dy-151,150.926180(5),,162.500(1) -66-Dy-152,151.924714(6),,162.500(1) -66-Dy-153,152.925761(5),,162.500(1) -66-Dy-154,153.924422(9),,162.500(1) -66-Dy-155,154.925749(13),,162.500(1) -66-Dy-156,155.924278(7),0.06(1),162.500(1) -66-Dy-157,156.925461(7),,162.500(1) -66-Dy-158,157.924405(4),0.10(1),162.500(1) -66-Dy-159,158.925736(3),,162.500(1) -66-Dy-160,159.925194(3),2.34(8),162.500(1) -66-Dy-161,160.926930(3),18.91(24),162.500(1) -66-Dy-162,161.926795(3),25.51(26),162.500(1) -66-Dy-163,162.928728(3),24.90(16),162.500(1) -66-Dy-164,163.929171(3),28.18(37),162.500(1) -66-Dy-165,164.931700(3),,162.500(1) -66-Dy-166,165.932803(3),,162.500(1) -66-Dy-167,166.935650(60),,162.500(1) -66-Dy-168,167.93723(32)#,,162.500(1) -66-Dy-169,168.94030(32),,162.500(1) -66-Dy-170,169.94267(43)#,,162.500(1) -66-Dy-171,170.94648(54)#,,162.500(1) -66-Dy-172,171.94911(64)#,,162.500(1) -66-Dy-173,172.95344(75)#,,162.500(1) -67-Ho-142,141.95986(107)#,,164.93032(2) -67-Ho-143,142.95469(75)#,,164.93032(2) -67-Ho-144,143.95164(64)#,,164.93032(2) -67-Ho-145,144.94688(64)#,,164.93032(2) -67-Ho-146,145.94410(54)#,,164.93032(2) -67-Ho-147,146.93984(43)#,,164.93032(2) -67-Ho-148,147.93727(29)#,,164.93032(2) -67-Ho-149,148.933790(23),,164.93032(2) -67-Ho-150,149.93335(11)#,,164.93032(2) -67-Ho-151,150.931681(13),,164.93032(2) -67-Ho-152,151.931740(30),,164.93032(2) -67-Ho-153,152.930195(6),,164.93032(2) -67-Ho-154,153.930596(10),,164.93032(2) -67-Ho-155,154.929079(25),,164.93032(2) -67-Ho-156,155.92971(22)#,,164.93032(2) -67-Ho-157,156.928190(50),,164.93032(2) -67-Ho-158,157.928950(30),,164.93032(2) -67-Ho-159,158.927709(4),,164.93032(2) -67-Ho-160,159.928726(16),,164.93032(2) -67-Ho-161,160.927852(4),,164.93032(2) -67-Ho-162,161.929092(5),,164.93032(2) -67-Ho-163,162.928730(3),,164.93032(2) -67-Ho-164,163.930231(3),,164.93032(2) -67-Ho-165,164.930319(3),100,164.93032(2) -67-Ho-166,165.932281(3),,164.93032(2) -67-Ho-167,166.933126(6),,164.93032(2) -67-Ho-168,167.935500(30),,164.93032(2) -67-Ho-169,168.936868(22),,164.93032(2) -67-Ho-170,169.939610(50),,164.93032(2) -67-Ho-171,170.94146(64),,164.93032(2) -67-Ho-172,171.94482(43)#,,164.93032(2) -67-Ho-173,172.94729(43)#,,164.93032(2) -67-Ho-174,173.95115(54)#,,164.93032(2) -67-Ho-175,174.95405(64)#,,164.93032(2) -68-Er-144,143.96059(86)#,,167.259(3) -68-Er-145,144.95746(75)#,,167.259(3) -68-Er-146,145.95212(64)#,,167.259(3) -68-Er-147,146.94931(54)#,,167.259(3) -68-Er-148,147.94444(43)#,,167.259(3) -68-Er-149,148.94217(51)#,,167.259(3) -68-Er-150,149.93776(11)#,,167.259(3) -68-Er-151,150.93746(32)#,,167.259(3) -68-Er-152,151.935080(30),,167.259(3) -68-Er-153,152.935093(12),,167.259(3) -68-Er-154,153.932777(6),,167.259(3) -68-Er-155,154.933200(50),,167.259(3) -68-Er-156,155.931020(80),,167.259(3) -68-Er-157,156.931950(90),,167.259(3) -68-Er-158,157.92991(11)#,,167.259(3) -68-Er-159,158.930681(5),,167.259(3) -68-Er-160,159.929080(50),,167.259(3) -68-Er-161,160.930001(10),,167.259(3) -68-Er-162,161.928775(4),0.14(1),167.259(3) -68-Er-163,162.930029(6),,167.259(3) -68-Er-164,163.929197(4),1.61(3),167.259(3) -68-Er-165,164.930723(4),,167.259(3) -68-Er-166,165.930290(3),33.61(35),167.259(3) -68-Er-167,166.932045(3),22.93(17),167.259(3) -68-Er-168,167.932368(3),26.78(26),167.259(3) -68-Er-169,168.934588(3),,167.259(3) -68-Er-170,169.935460(3),14.93(27),167.259(3) -68-Er-171,170.938026(3),,167.259(3) -68-Er-172,171.939352(5),,167.259(3) -68-Er-173,172.94240(21)#,,167.259(3) -68-Er-174,173.94434(32)#,,167.259(3) -68-Er-175,174.94793(43)#,,167.259(3) -68-Er-176,175.95029(43)#,,167.259(3) -68-Er-177,176.95437(64)#,,167.259(3) -69-Tm-146,145.96650(75)#,,168.93421(2) -69-Tm-147,146.96108(64)#,,168.93421(2) -69-Tm-148,147.95755(75)#,,168.93421(2) -69-Tm-149,148.95265(64)#,,168.93421(2) -69-Tm-150,149.94967(54)#,,168.93421(2) -69-Tm-151,150.94543(15)#,,168.93421(2) -69-Tm-152,151.94430(32)#,,168.93421(2) -69-Tm-153,152.942028(23),,168.93421(2) -69-Tm-154,153.94142(12)#,,168.93421(2) -69-Tm-155,154.939192(14),,168.93421(2) -69-Tm-156,155.939010(60),,168.93421(2) -69-Tm-157,156.93676(11),,168.93421(2) -69-Tm-158,157.93700(13)#,,168.93421(2) -69-Tm-159,158.934810(70),,168.93421(2) -69-Tm-160,159.93509(33),,168.93421(2) -69-Tm-161,160.93340(10),,168.93421(2) -69-Tm-162,161.933970(30),,168.93421(2) -69-Tm-163,162.932648(7),,168.93421(2) -69-Tm-164,163.933451(20),,168.93421(2) -69-Tm-165,164.932432(4),,168.93421(2) -69-Tm-166,165.933553(12),,168.93421(2) -69-Tm-167,166.932849(3),,168.93421(2) -69-Tm-168,167.934170(4),,168.93421(2) -69-Tm-169,168.934211(3),100,168.93421(2) -69-Tm-170,169.935798(3),,168.93421(2) -69-Tm-171,170.936426(3),,168.93421(2) -69-Tm-172,171.938396(7),,168.93421(2) -69-Tm-173,172.939600(6),,168.93421(2) -69-Tm-174,173.942160(50),,168.93421(2) -69-Tm-175,174.943830(50),,168.93421(2) -69-Tm-176,175.94699(11),,168.93421(2) -69-Tm-177,176.94904(32)#,,168.93421(2) -69-Tm-178,177.95264(43)#,,168.93421(2) -69-Tm-179,178.95534(54)#,,168.93421(2) -70-Yb-148,147.96676(86)#,,173.04(3) -70-Yb-149,148.96348(75)#,,173.04(3) -70-Yb-150,149.95799(64)#,,173.04(3) -70-Yb-151,150.95525(34)#,,173.04(3) -70-Yb-152,151.95017(38)#,,173.04(3) -70-Yb-153,152.94921(32)#,,173.04(3) -70-Yb-154,153.94624(11)#,,173.04(3) -70-Yb-155,154.94579(32)#,,173.04(3) -70-Yb-156,155.942850(40),,173.04(3) -70-Yb-157,156.942660(60),,173.04(3) -70-Yb-158,157.939858(11),,173.04(3) -70-Yb-159,158.94015(10),,173.04(3) -70-Yb-160,159.93756(22)#,,173.04(3) -70-Yb-161,160.93785(24)#,,173.04(3) -70-Yb-162,161.93575(22)#,,173.04(3) -70-Yb-163,162.93627(11),,173.04(3) -70-Yb-164,163.93452(11)#,,173.04(3) -70-Yb-165,164.935398(22),,173.04(3) -70-Yb-166,165.933880(9),,173.04(3) -70-Yb-167,166.934947(5),,173.04(3) -70-Yb-168,167.933894(5),0.13(1),173.04(3) -70-Yb-169,168.935187(5),,173.04(3) -70-Yb-170,169.934759(3),3.04(15),173.04(3) -70-Yb-171,170.936322(3),14.28(57),173.04(3) -70-Yb-172,171.9363777(30),21.83(67),173.04(3) -70-Yb-173,172.9382068(30),16.13(27),173.04(3) -70-Yb-174,173.9388581(30),31.83(92),173.04(3) -70-Yb-175,174.9412725(30),,173.04(3) -70-Yb-176,175.942568(3),12.76(41),173.04(3) -70-Yb-177,176.945257(3),,173.04(3) -70-Yb-178,177.946643(11),,173.04(3) -70-Yb-179,178.95017(32)#,,173.04(3) -70-Yb-180,179.95233(43)#,,173.04(3) -70-Yb-181,180.95615(43)#,,173.04(3) -71-Lu-150,149.97267(75)#,,174.967(1) -71-Lu-151,150.96715(65)#,,174.967(1) -71-Lu-152,151.96361(75)#,,174.967(1) -71-Lu-153,152.95869(64)#,,174.967(1) -71-Lu-154,153.95710(54)#,,174.967(1) -71-Lu-155,154.95423(14)#,,174.967(1) -71-Lu-156,155.95291(32)#,,174.967(1) -71-Lu-157,156.950102(23),,174.967(1) -71-Lu-158,157.94917(13)#,,174.967(1) -71-Lu-159,158.946620(50),,174.967(1) -71-Lu-160,159.94602(25)#,,174.967(1) -71-Lu-161,160.94354(26)#,,174.967(1) -71-Lu-162,161.94322(24)#,,174.967(1) -71-Lu-163,162.94120(24),,174.967(1) -71-Lu-164,163.94122(13)#,,174.967(1) -71-Lu-165,164.939610(90),,174.967(1) -71-Lu-166,165.93976(17),,174.967(1) -71-Lu-167,166.93831(11),,174.967(1) -71-Lu-168,167.938700(90),,174.967(1) -71-Lu-169,168.937649(6),,174.967(1) -71-Lu-170,169.938472(20),,174.967(1) -71-Lu-171,170.937910(3),,174.967(1) -71-Lu-172,171.939082(4),,174.967(1) -71-Lu-173,172.938927(3),,174.967(1) -71-Lu-174,173.9403335(30),,174.967(1) -71-Lu-175,174.9407679(28),97.41(2),174.967(1) -71-Lu-176,175.9426824(28),2.59(2),174.967(1) -71-Lu-177,176.9437550(28),,174.967(1) -71-Lu-178,177.945951(3),,174.967(1) -71-Lu-179,178.947324(6),,174.967(1) -71-Lu-180,179.949880(80),,174.967(1) -71-Lu-181,180.95197(32)#,,174.967(1) -71-Lu-182,181.95521(32)#,,174.967(1) -71-Lu-183,182.95757(32)#,,174.967(1) -71-Lu-184,183.96117(43)#,,174.967(1) -72-Hf-154,153.96425(75)#,,178.49(2) -72-Hf-155,154.96276(64)#,,178.49(2) -72-Hf-156,155.95925(38)#,,178.49(2) -72-Hf-157,156.95813(32)#,,178.49(2) -72-Hf-158,157.95465(11)#,,178.49(2) -72-Hf-159,158.95400(32)#,,178.49(2) -72-Hf-160,159.950710(40),,178.49(2) -72-Hf-161,160.950330(80),,178.49(2) -72-Hf-162,161.947203(12),,178.49(2) -72-Hf-163,162.94706(34)#,,178.49(2) -72-Hf-164,163.94442(21)#,,178.49(2) -72-Hf-165,164.94454(40)#,,178.49(2) -72-Hf-166,165.94225(32)#,,178.49(2) -72-Hf-167,166.94260(22)#,,178.49(2) -72-Hf-168,167.94063(11)#,,178.49(2) -72-Hf-169,168.941160(90),,178.49(2) -72-Hf-170,169.93965(21)#,,178.49(2) -72-Hf-171,170.94049(21)#,,178.49(2) -72-Hf-172,171.939460(50),,178.49(2) -72-Hf-173,172.94065(11)#,,178.49(2) -72-Hf-174,173.940040(3),0.16(1),178.49(2) -72-Hf-175,174.941503(3),,178.49(2) -72-Hf-176,175.9414018(29),5.26(7),178.49(2) -72-Hf-177,176.9432200(27),18.60(9),178.49(2) -72-Hf-178,177.9436977(27),27.28(7),178.49(2) -72-Hf-179,178.9458151(27),13.62(2),178.49(2) -72-Hf-180,179.9465488(27),35.08(16),178.49(2) -72-Hf-181,180.9490991(28),,178.49(2) -72-Hf-182,181.950553(7),,178.49(2) -72-Hf-183,182.953530(30),,178.49(2) -72-Hf-184,183.955450(40),,178.49(2) -72-Hf-185,184.95878(32)#,,178.49(2) -72-Hf-186,185.96092(32)#,,178.49(2) -73-Ta-156,155.97169(64)#,,180.9479(1) -73-Ta-157,156.96815(64)#,,180.9479(1) -73-Ta-158,157.96637(54)#,,180.9479(1) -73-Ta-159,158.96291(13)#,,180.9479(1) -73-Ta-160,159.96136(33)#,,180.9479(1) -73-Ta-161,160.958370(60),,180.9479(1) -73-Ta-162,161.95715(14)#,,180.9479(1) -73-Ta-163,162.954320(80),,180.9479(1) -73-Ta-164,163.95357(43)#,,180.9479(1) -73-Ta-165,164.95082(24)#,,180.9479(1) -73-Ta-166,165.95047(32)#,,180.9479(1) -73-Ta-167,166.94797(46)#,,180.9479(1) -73-Ta-168,167.94779(39)#,,180.9479(1) -73-Ta-169,168.94592(22)#,,180.9479(1) -73-Ta-170,169.94609(21)#,,180.9479(1) -73-Ta-171,170.94446(22)#,,180.9479(1) -73-Ta-172,171.94474(20),,180.9479(1) -73-Ta-173,172.94354(24)#,,180.9479(1) -73-Ta-174,173.944170(90),,180.9479(1) -73-Ta-175,174.94365(11)#,,180.9479(1) -73-Ta-176,175.94474(11),,180.9479(1) -73-Ta-177,176.944472(4),,180.9479(1) -73-Ta-178,177.94575(11),,180.9479(1) -73-Ta-179,178.945934(6),,180.9479(1) -73-Ta-180,179.947466(3),0.012(2),180.9479(1) -73-Ta-181,180.947996(3),99.988(2),180.9479(1) -73-Ta-182,181.950152(3),,180.9479(1) -73-Ta-183,182.951373(3),,180.9479(1) -73-Ta-184,183.954009(28),,180.9479(1) -73-Ta-185,184.955559(15),,180.9479(1) -73-Ta-186,185.958550(60),,180.9479(1) -73-Ta-187,186.96041(32)#,,180.9479(1) -73-Ta-188,187.96371(32)#,,180.9479(1) -74-W-158,157.97394(75)#,,183.84(1) -74-W-159,158.97228(64)#,,183.84(1) -74-W-160,159.96837(38)#,,183.84(1) -74-W-161,160.96709(33)#,,183.84(1) -74-W-162,161.96334(11)#,,183.84(1) -74-W-163,162.96253(33)#,,183.84(1) -74-W-164,163.958980(40),,183.84(1) -74-W-165,164.958340(90),,183.84(1) -74-W-166,165.955020(13),,183.84(1) -74-W-167,166.95467(33)#,,183.84(1) -74-W-168,167.95186(21)#,,183.84(1) -74-W-169,168.95176(34)#,,183.84(1) -74-W-170,169.94929(51)#,,183.84(1) -74-W-171,170.94946(30)#,,183.84(1) -74-W-172,171.94742(29)#,,183.84(1) -74-W-173,172.94783(40)#,,183.84(1) -74-W-174,173.94616(32)#,,183.84(1) -74-W-175,174.94677(21)#,,183.84(1) -74-W-176,175.94559(21)#,,183.84(1) -74-W-177,176.94662(32)#,,183.84(1) -74-W-178,177.94585(11),,183.84(1) -74-W-179,178.947072(17),,183.84(1) -74-W-180,179.946706(5),0.12(1),183.84(1) -74-W-181,180.948198(6),,183.84(1) -74-W-182,181.948206(3),26.50(16),183.84(1) -74-W-183,182.9502245(29),14.31(4),183.84(1) -74-W-184,183.9509326(29),30.64(2),183.84(1) -74-W-185,184.9534206(30),,183.84(1) -74-W-186,185.954362(3),28.43(19),183.84(1) -74-W-187,186.957158(3),,183.84(1) -74-W-188,187.958487(4),,183.84(1) -74-W-189,188.96191(21),,183.84(1) -74-W-190,189.96318(24),,183.84(1) -75-Re-160,159.98149(64)#,,186.207(1) -75-Re-161,160.97766(64)#,,186.207(1) -75-Re-162,161.97571(55)#,,186.207(1) -75-Re-163,162.97197(12)#,,186.207(1) -75-Re-164,163.97032(33)#,,186.207(1) -75-Re-165,164.967050(80),,186.207(1) -75-Re-166,165.96580(15)#,,186.207(1) -75-Re-167,166.96256(14)#,,186.207(1) -75-Re-168,167.96161(43)#,,186.207(1) -75-Re-169,168.95883(22)#,,186.207(1) -75-Re-170,169.95816(43)#,,186.207(1) -75-Re-171,170.95555(37)#,,186.207(1) -75-Re-172,171.95529(33)#,,186.207(1) -75-Re-173,172.95306(48)#,,186.207(1) -75-Re-174,173.95311(44)#,,186.207(1) -75-Re-175,174.95139(48)#,,186.207(1) -75-Re-176,175.95157(21)#,,186.207(1) -75-Re-177,176.95027(21)#,,186.207(1) -75-Re-178,177.95085(22),,186.207(1) -75-Re-179,178.949980(60),,186.207(1) -75-Re-180,179.950790(40),,186.207(1) -75-Re-181,180.950065(15),,186.207(1) -75-Re-182,181.95121(11),,186.207(1) -75-Re-183,182.950821(9),,186.207(1) -75-Re-184,183.952524(6),,186.207(1) -75-Re-185,184.9529557(30),37.40(2),186.207(1) -75-Re-186,185.954987(3),,186.207(1) -75-Re-187,186.9557508(30),62.60(2),186.207(1) -75-Re-188,187.9581123(30),,186.207(1) -75-Re-189,188.959228(9),,186.207(1) -75-Re-190,189.96182(23),,186.207(1) -75-Re-191,190.963124(11),,186.207(1) -75-Re-192,191.96596(21)#,,186.207(1) -76-Os-162,161.98382(75)#,,190.23(3) -76-Os-163,162.98205(64)#,,190.23(3) -76-Os-164,163.97793(38)#,,190.23(3) -76-Os-165,164.97648(33)#,,190.23(3) -76-Os-166,165.97253(11)#,,190.23(3) -76-Os-167,166.97155(33)#,,190.23(3) -76-Os-168,167.967830(40),,190.23(3) -76-Os-169,168.967080(90),,190.23(3) -76-Os-170,169.963570(14),,190.23(3) -76-Os-171,170.96304(33)#,,190.23(3) -76-Os-172,171.96008(21)#,,190.23(3) -76-Os-173,172.95979(33)#,,190.23(3) -76-Os-174,173.95712(50)#,,190.23(3) -76-Os-175,174.95708(32)#,,190.23(3) -76-Os-176,175.95495(22)#,,190.23(3) -76-Os-177,176.95505(30)#,,190.23(3) -76-Os-178,177.95335(22),,190.23(3) -76-Os-179,178.95395(25)#,,190.23(3) -76-Os-180,179.95235(20)#,,190.23(3) -76-Os-181,180.95327(22),,190.23(3) -76-Os-182,181.952186(27),,190.23(3) -76-Os-183,182.95311(11)#,,190.23(3) -76-Os-184,183.952491(3),0.02(1),190.23(3) -76-Os-185,184.954043(3),,190.23(3) -76-Os-186,185.953838(3),1.59(3),190.23(3) -76-Os-187,186.9557479(30),1.96(2),190.23(3) -76-Os-188,187.9558360(30),13.24(8),190.23(3) -76-Os-189,188.9581449(30),16.15(5),190.23(3) -76-Os-190,189.958445(3),26.26(2),190.23(3) -76-Os-191,190.960928(3),,190.23(3) -76-Os-192,191.961479(4),40.78(19),190.23(3) -76-Os-193,192.964148(4),,190.23(3) -76-Os-194,193.965179(4),,190.23(3) -76-Os-195,194.96812(54),,190.23(3) -76-Os-196,195.969620(40),,190.23(3) -77-Ir-165,164.98758(43)#,,192.217(3) -77-Ir-166,165.98551(55)#,,192.217(3) -77-Ir-167,166.98154(11)#,,192.217(3) -77-Ir-168,167.97997(35)#,,192.217(3) -77-Ir-169,168.97639(10),,192.217(3) -77-Ir-170,169.97503(16)#,,192.217(3) -77-Ir-171,170.97178(14)#,,192.217(3) -77-Ir-172,171.97064(43)#,,192.217(3) -77-Ir-173,172.96771(25)#,,192.217(3) -77-Ir-174,173.96680(43)#,,192.217(3) -77-Ir-175,174.96428(37)#,,192.217(3) -77-Ir-176,175.96351(33)#,,192.217(3) -77-Ir-177,176.96117(48)#,,192.217(3) -77-Ir-178,177.96108(39)#,,192.217(3) -77-Ir-179,178.95915(43)#,,192.217(3) -77-Ir-180,179.95925(21)#,,192.217(3) -77-Ir-181,180.95764(23),,192.217(3) -77-Ir-182,181.95813(15),,192.217(3) -77-Ir-183,182.95681(15)#,,192.217(3) -77-Ir-184,183.95739(29),,192.217(3) -77-Ir-185,184.95659(21)#,,192.217(3) -77-Ir-186,185.957951(22),,192.217(3) -77-Ir-187,186.957361(7),,192.217(3) -77-Ir-188,187.958852(8),,192.217(3) -77-Ir-189,188.958716(14),,192.217(3) -77-Ir-190,189.96059(21),,192.217(3) -77-Ir-191,190.960591(3),37.3(2),192.217(3) -77-Ir-192,191.962602(3),,192.217(3) -77-Ir-193,192.962924(3),62.7(2),192.217(3) -77-Ir-194,193.965076(3),,192.217(3) -77-Ir-195,194.965977(3),,192.217(3) -77-Ir-196,195.968380(40),,192.217(3) -77-Ir-197,196.969636(22),,192.217(3) -77-Ir-198,197.97228(21)#,,192.217(3) -77-Ir-199,198.973790(40),,192.217(3) -78-Pt-168,167.98804(38)#,,195.078(2) -78-Pt-169,168.98642(34)#,,195.078(2) -78-Pt-170,169.98233(11)#,,195.078(2) -78-Pt-171,170.98125(34)#,,195.078(2) -78-Pt-172,171.977380(40),,195.078(2) -78-Pt-173,172.97650(11),,195.078(2) -78-Pt-174,173.972811(14),,195.078(2) -78-Pt-175,174.97228(33)#,,195.078(2) -78-Pt-176,175.96900(21)#,,195.078(2) -78-Pt-177,176.96845(33)#,,195.078(2) -78-Pt-178,177.96571(50)#,,195.078(2) -78-Pt-179,178.96548(32)#,,195.078(2) -78-Pt-180,179.96322(22)#,,195.078(2) -78-Pt-181,180.96318(30)#,,195.078(2) -78-Pt-182,181.96127(22),,195.078(2) -78-Pt-183,182.96173(25)#,,195.078(2) -78-Pt-184,183.95990(20)#,,195.078(2) -78-Pt-185,184.96075(22),,195.078(2) -78-Pt-186,185.959430(30),,195.078(2) -78-Pt-187,186.96056(20)#,,195.078(2) -78-Pt-188,187.959396(6),,195.078(2) -78-Pt-189,188.960832(12),,195.078(2) -78-Pt-190,189.959930(7),0.014(1),195.078(2) -78-Pt-191,190.961685(5),,195.078(2) -78-Pt-192,191.961035(4),0.782(7),195.078(2) -78-Pt-193,192.962985(3),,195.078(2) -78-Pt-194,193.962664(3),32.967(99),195.078(2) -78-Pt-195,194.964774(3),33.832(10),195.078(2) -78-Pt-196,195.964935(3),25.242(41),195.078(2) -78-Pt-197,196.967323(3),,195.078(2) -78-Pt-198,197.967876(4),7.163(55),195.078(2) -78-Pt-199,198.970576(5),,195.078(2) -78-Pt-200,199.971424(22),,195.078(2) -78-Pt-201,200.974500(50),,195.078(2) -78-Pt-202,201.97574(32)#,,195.078(2) -79-Au-171,170.99177(27)#,,196.96655(2) -79-Au-172,171.99011(36)#,,196.96655(2) -79-Au-173,172.98640(11),,196.96655(2) -79-Au-174,173.98492(16)#,,196.96655(2) -79-Au-175,174.98155(26)#,,196.96655(2) -79-Au-176,175.98027(43)#,,196.96655(2) -79-Au-177,176.97722(25)#,,196.96655(2) -79-Au-178,177.97598(43)#,,196.96655(2) -79-Au-179,178.97341(37)#,,196.96655(2) -79-Au-180,179.97240(32)#,,196.96655(2) -79-Au-181,180.96995(48)#,,196.96655(2) -79-Au-182,181.96962(39)#,,196.96655(2) -79-Au-183,182.96762(43)#,,196.96655(2) -79-Au-184,183.96747(21)#,,196.96655(2) -79-Au-185,184.96581(23),,196.96655(2) -79-Au-186,185.96600(15),,196.96655(2) -79-Au-187,186.96456(16)#,,196.96655(2) -79-Au-188,187.96509(11)#,,196.96655(2) -79-Au-189,188.96389(22)#,,196.96655(2) -79-Au-190,189.964699(17),,196.96655(2) -79-Au-191,190.963650(50),,196.96655(2) -79-Au-192,191.964810(17),,196.96655(2) -79-Au-193,192.964132(10),,196.96655(2) -79-Au-194,193.965339(12),,196.96655(2) -79-Au-195,194.965018(3),,196.96655(2) -79-Au-196,195.966551(4),,196.96655(2) -79-Au-197,196.966552(3),100,196.96655(2) -79-Au-198,197.968225(3),,196.96655(2) -79-Au-199,198.968748(3),,196.96655(2) -79-Au-200,199.970720(60),,196.96655(2) -79-Au-201,200.971641(5),,196.96655(2) -79-Au-202,201.97379(18),,196.96655(2) -79-Au-203,202.975137(5),,196.96655(2) -79-Au-204,203.97771(22)#,,196.96655(2) -79-Au-205,204.97961(32)#,,196.96655(2) -80-Hg-175,174.99141(34)#,,200.59(2) -80-Hg-176,175.987410(40),,200.59(2) -80-Hg-177,176.98634(12),,200.59(2) -80-Hg-178,177.982476(16),,200.59(2) -80-Hg-179,178.98178(33)#,,200.59(2) -80-Hg-180,179.97832(21)#,,200.59(2) -80-Hg-181,180.97781(33)#,,200.59(2) -80-Hg-182,181.97475(50)#,,200.59(2) -80-Hg-183,182.97456(32)#,,200.59(2) -80-Hg-184,183.97190(22)#,,200.59(2) -80-Hg-185,184.97198(30)#,,200.59(2) -80-Hg-186,185.96946(22),,200.59(2) -80-Hg-187,186.96979(26)#,,200.59(2) -80-Hg-188,187.96756(19)#,,200.59(2) -80-Hg-189,188.96813(30)#,,200.59(2) -80-Hg-190,189.96628(16)#,,200.59(2) -80-Hg-191,190.967060(90),,200.59(2) -80-Hg-192,191.96557(30)#,,200.59(2) -80-Hg-193,192.966644(21),,200.59(2) -80-Hg-194,193.965382(25),,200.59(2) -80-Hg-195,194.966640(50),,200.59(2) -80-Hg-196,195.965815(4),0.15(1),200.59(2) -80-Hg-197,196.967195(5),,200.59(2) -80-Hg-198,197.966752(3),9.97(20),200.59(2) -80-Hg-199,198.968262(3),16.87(22),200.59(2) -80-Hg-200,199.968309(3),23.10(19),200.59(2) -80-Hg-201,200.970285(3),13.18(9),200.59(2) -80-Hg-202,201.970626(3),29.86(26),200.59(2) -80-Hg-203,202.972857(3),,200.59(2) -80-Hg-204,203.973476(3),6.87(15),200.59(2) -80-Hg-205,204.976056(5),,200.59(2) -80-Hg-206,205.977499(22),,200.59(2) -80-Hg-207,206.98258(16),,200.59(2) -80-Hg-208,207.98594(32)#,,200.59(2) -81-Tl-177,176.99688(24)#,,204.3833(2) -81-Tl-178,177.99523(23)#,,204.3833(2) -81-Tl-179,178.99147(15)#,,204.3833(2) -81-Tl-180,179.99019(48)#,,204.3833(2) -81-Tl-181,180.98690(41)#,,204.3833(2) -81-Tl-182,181.98561(43)#,,204.3833(2) -81-Tl-183,182.98270(42)#,,204.3833(2) -81-Tl-184,183.98176(32)#,,204.3833(2) -81-Tl-185,184.97910(43)#,,204.3833(2) -81-Tl-186,185.97855(39)#,,204.3833(2) -81-Tl-187,186.97617(43)#,,204.3833(2) -81-Tl-188,187.97592(24)#,,204.3833(2) -81-Tl-189,188.97369(37)#,,204.3833(2) -81-Tl-190,189.97379(46)#,,204.3833(2) -81-Tl-191,190.97189(23)#,,204.3833(2) -81-Tl-192,191.97214(22)#,,204.3833(2) -81-Tl-193,192.97055(27)#,,204.3833(2) -81-Tl-194,193.97105(22)#,,204.3833(2) -81-Tl-195,194.96965(14)#,,204.3833(2) -81-Tl-196,195.97052(15)#,,204.3833(2) -81-Tl-197,196.969540(30),,204.3833(2) -81-Tl-198,197.970470(90),,204.3833(2) -81-Tl-199,198.96981(11),,204.3833(2) -81-Tl-200,199.970945(7),,204.3833(2) -81-Tl-201,200.970804(16),,204.3833(2) -81-Tl-202,201.972091(16),,204.3833(2) -81-Tl-203,202.972329(3),29.524(14),204.3833(2) -81-Tl-204,203.973849(3),,204.3833(2) -81-Tl-205,204.974412(3),70.476(14),204.3833(2) -81-Tl-206,205.976095(3),,204.3833(2) -81-Tl-207,206.977408(6),,204.3833(2) -81-Tl-208,207.982005(3),,204.3833(2) -81-Tl-209,208.985349(10),,204.3833(2) -81-Tl-210,209.990066(12),,204.3833(2) -82-Pb-181,180.99671(17)#,,207.2(1) -82-Pb-182,181.992676(18),,207.2(1) -82-Pb-183,182.99193(33)#,,207.2(1) -82-Pb-184,183.98820(21)#,,207.2(1) -82-Pb-185,184.98758(33)#,,207.2(1) -82-Pb-186,185.98430(50)#,,207.2(1) -82-Pb-187,186.98403(32)#,,207.2(1) -82-Pb-188,187.98106(22)#,,207.2(1) -82-Pb-189,188.98088(29)#,,207.2(1) -82-Pb-190,189.97818(22),,207.2(1) -82-Pb-191,190.97820(23)#,,207.2(1) -82-Pb-192,191.97576(19)#,,207.2(1) -82-Pb-193,192.97608(20)#,,207.2(1) -82-Pb-194,193.97397(16)#,,207.2(1) -82-Pb-195,194.97447(44)#,,207.2(1) -82-Pb-196,195.97271(15)#,,207.2(1) -82-Pb-197,196.97338(11)#,,207.2(1) -82-Pb-198,197.97198(10)#,,207.2(1) -82-Pb-199,198.972910(70),,207.2(1) -82-Pb-200,199.971816(14),,207.2(1) -82-Pb-201,200.972850(30),,207.2(1) -82-Pb-202,201.972144(11),,207.2(1) -82-Pb-203,202.973375(7),,207.2(1) -82-Pb-204,203.973029(3),1.4(1),207.2(1) -82-Pb-205,204.974467(3),,207.2(1) -82-Pb-206,205.974449(3),24.1(1),207.2(1) -82-Pb-207,206.975881(3),22.1(1),207.2(1) -82-Pb-208,207.976636(3),52.4(1),207.2(1) -82-Pb-209,208.981075(3),,207.2(1) -82-Pb-210,209.984173(3),,207.2(1) -82-Pb-211,210.988731(3),,207.2(1) -82-Pb-212,211.9918875(29),,207.2(1) -82-Pb-213,212.99650(11)#,,207.2(1) -82-Pb-214,213.9997981(27),,207.2(1) -83-Bi-185,184.99771(24)#,,208.98038(2) -83-Bi-186,185.99648(48)#,,208.98038(2) -83-Bi-187,186.99346(41)#,,208.98038(2) -83-Bi-188,187.99217(32)#,,208.98038(2) -83-Bi-189,188.98951(43)#,,208.98038(2) -83-Bi-190,189.98852(39)#,,208.98038(2) -83-Bi-191,190.98605(43)#,,208.98038(2) -83-Bi-192,191.98537(24)#,,208.98038(2) -83-Bi-193,192.98306(37)#,,208.98038(2) -83-Bi-194,193.98275(46)#,,208.98038(2) -83-Bi-195,194.98075(23)#,,208.98038(2) -83-Bi-196,195.98061(22)#,,208.98038(2) -83-Bi-197,196.97893(26),,208.98038(2) -83-Bi-198,197.97902(19),,208.98038(2) -83-Bi-199,198.97758(13),,208.98038(2) -83-Bi-200,199.97814(10),,208.98038(2) -83-Bi-201,200.976970(30),,208.98038(2) -83-Bi-202,201.977670(60),,208.98038(2) -83-Bi-203,202.976868(23),,208.98038(2) -83-Bi-204,203.977805(28),,208.98038(2) -83-Bi-205,204.977375(8),,208.98038(2) -83-Bi-206,205.978483(9),,208.98038(2) -83-Bi-207,206.978455(4),,208.98038(2) -83-Bi-208,207.979727(4),,208.98038(2) -83-Bi-209,208.980383(3),100,208.98038(2) -83-Bi-210,209.984105(3),,208.98038(2) -83-Bi-211,210.987258(6),,208.98038(2) -83-Bi-212,211.991272(3),,208.98038(2) -83-Bi-213,212.994375(8),,208.98038(2) -83-Bi-214,213.998699(12),,208.98038(2) -83-Bi-215,215.00183(10),,208.98038(2) -83-Bi-216,216.00620(11)#,,208.98038(2) -84-Po-190,189.99511(51)#,,[209] -84-Po-191,190.99465(32)#,,[209] -84-Po-192,191.99152(22)#,,[209] -84-Po-193,192.99110(30)#,,[209] -84-Po-194,193.98828(22),,[209] -84-Po-195,194.98805(24)#,,[209] -84-Po-196,195.98551(19)#,,[209] -84-Po-197,196.98557(21)#,,[209] -84-Po-198,197.98334(16)#,,[209] -84-Po-199,198.98360(44)#,,[209] -84-Po-200,199.98174(15)#,,[209] -84-Po-201,200.98221(11)#,,[209] -84-Po-202,201.98070(10)#,,[209] -84-Po-203,202.981410(70),,[209] -84-Po-204,203.980307(14),,[209] -84-Po-205,204.981170(30),,[209] -84-Po-206,205.980465(11),,[209] -84-Po-207,206.981578(8),,[209] -84-Po-208,207.981231(3),,[209] -84-Po-209,208.982416(3),,[209] -84-Po-210,209.982857(3),,[209] -84-Po-211,210.986637(3),,[209] -84-Po-212,211.988852(3),,[209] -84-Po-213,212.992843(4),,[209] -84-Po-214,213.995186(3),,[209] -84-Po-215,214.999415(3),,[209] -84-Po-216,216.0019052(29),,[209] -84-Po-217,217.00625(11)#,,[209] -84-Po-218,218.0089658(27),,[209] -85-At-193,193.00019(43)#,,[210] -85-At-194,193.99897(43)#,,[210] -85-At-195,194.99655(43)#,,[210] -85-At-196,195.99570(25)#,,[210] -85-At-197,196.99329(38)#,,[210] -85-At-198,197.99275(46)#,,[210] -85-At-199,198.99063(24)#,,[210] -85-At-200,199.99029(22)#,,[210] -85-At-201,200.98849(26),,[210] -85-At-202,201.98845(19),,[210] -85-At-203,202.98685(13),,[210] -85-At-204,203.98726(10),,[210] -85-At-205,204.986040(30),,[210] -85-At-206,205.986600(60),,[210] -85-At-207,206.985776(23),,[210] -85-At-208,207.986583(28),,[210] -85-At-209,208.986159(9),,[210] -85-At-210,209.987131(9),,[210] -85-At-211,210.987481(4),,[210] -85-At-212,211.990735(4),,[210] -85-At-213,212.992921(6),,[210] -85-At-214,213.996356(5),,[210] -85-At-215,214.998641(8),,[210] -85-At-216,216.002409(5),,[210] -85-At-217,217.004710(8),,[210] -85-At-218,218.008681(13),,[210] -85-At-219,219.011300(90),,[210] -85-At-220,220.01530(12)#,,[210] -85-At-221,221.01814(32)#,,[210] -85-At-222,222.02233(32)#,,[210] -85-At-223,223.02534(43)#,,[210] -86-Rn-196,196.00231(22)#,,[222] -86-Rn-197,197.00166(30)#,,[222] -86-Rn-198,197.99878(22),,[222] -86-Rn-199,198.99831(24)#,,[222] -86-Rn-200,199.99568(19)#,,[222] -86-Rn-201,200.99554(21)#,,[222] -86-Rn-202,201.99322(16)#,,[222] -86-Rn-203,202.99332(44)#,,[222] -86-Rn-204,203.99137(15)#,,[222] -86-Rn-205,204.99167(12)#,,[222] -86-Rn-206,205.99016(10)#,,[222] -86-Rn-207,206.990730(70),,[222] -86-Rn-208,207.989631(14),,[222] -86-Rn-209,208.990380(30),,[222] -86-Rn-210,209.989680(11),,[222] -86-Rn-211,210.990585(8),,[222] -86-Rn-212,211.990689(4),,[222] -86-Rn-213,212.993868(8),,[222] -86-Rn-214,213.995346(10),,[222] -86-Rn-215,214.998729(9),,[222] -86-Rn-216,216.000258(8),,[222] -86-Rn-217,217.003915(5),,[222] -86-Rn-218,218.005586(4),,[222] -86-Rn-219,219.009475(3),,[222] -86-Rn-220,220.0113841(29),,[222] -86-Rn-221,221.01546(11)#,,[222] -86-Rn-222,222.0175705(27),,[222] -86-Rn-223,223.02179(32)#,,[222] -86-Rn-224,224.02409(32)#,,[222] -86-Rn-225,225.02844(32)#,,[222] -86-Rn-226,226.03089(43)#,,[222] -86-Rn-227,227.03541(45)#,,[222] -86-Rn-228,228.03808(50)#,,[222] -87-Fr-200,200.00650(25)#,,[223] -87-Fr-201,201.00399(38)#,,[223] -87-Fr-202,202.00329(46)#,,[223] -87-Fr-203,203.00105(25)#,,[223] -87-Fr-204,204.00059(22)#,,[223] -87-Fr-205,204.99866(25),,[223] -87-Fr-206,205.99849(19),,[223] -87-Fr-207,206.99686(12),,[223] -87-Fr-208,207.997130(80),,[223] -87-Fr-209,208.995920(30),,[223] -87-Fr-210,209.996398(23),,[223] -87-Fr-211,210.995529(22),,[223] -87-Fr-212,211.996195(28),,[223] -87-Fr-213,212.996175(9),,[223] -87-Fr-214,213.998955(10),,[223] -87-Fr-215,215.000326(8),,[223] -87-Fr-216,216.003188(14),,[223] -87-Fr-217,217.004616(8),,[223] -87-Fr-218,218.007563(6),,[223] -87-Fr-219,219.009241(8),,[223] -87-Fr-220,220.012313(5),,[223] -87-Fr-221,221.014246(8),,[223] -87-Fr-222,222.017544(23),,[223] -87-Fr-223,223.0197307(29),,[223] -87-Fr-224,224.023240(50),,[223] -87-Fr-225,225.025607(11),,[223] -87-Fr-226,226.02934(10),,[223] -87-Fr-227,227.03183(10),,[223] -87-Fr-228,228.03572(22)#,,[223] -87-Fr-229,229.03843(39)#,,[223] -87-Fr-230,230.04251(48)#,,[223] -87-Fr-231,231.04541(56)#,,[223] -87-Fr-232,232.04965(69)#,,[223] -88-Ra-203,203.00921(25)#,,[226] -88-Ra-204,204.00648(19)#,,[226] -88-Ra-205,205.00619(22)#,,[226] -88-Ra-206,206.00378(16)#,,[226] -88-Ra-207,207.00373(45)#,,[226] -88-Ra-208,208.00178(15)#,,[226] -88-Ra-209,209.00194(13)#,,[226] -88-Ra-210,210.00045(10)#,,[226] -88-Ra-211,211.000890(70),,[226] -88-Ra-212,211.999783(15),,[226] -88-Ra-213,213.000350(30),,[226] -88-Ra-214,214.000091(12),,[226] -88-Ra-215,215.002704(9),,[226] -88-Ra-216,216.003518(10),,[226] -88-Ra-217,217.006306(10),,[226] -88-Ra-218,218.007124(12),,[226] -88-Ra-219,219.010069(9),,[226] -88-Ra-220,220.011015(11),,[226] -88-Ra-221,221.013908(8),,[226] -88-Ra-222,222.015362(5),,[226] -88-Ra-223,223.018497(3),,[226] -88-Ra-224,224.0202020(29),,[226] -88-Ra-225,225.023604(3),,[226] -88-Ra-226,226.0254026(27),,[226] -88-Ra-227,227.0291707(27),,[226] -88-Ra-228,228.0310641(27),,[226] -88-Ra-229,229.034820(70),,[226] -88-Ra-230,230.037080(40),,[226] -88-Ra-231,231.04122(32)#,,[226] -88-Ra-232,232.04369(39)#,,[226] -88-Ra-233,233.04800(50)#,,[226] -88-Ra-234,234.05055(58)#,,[226] -89-Ac-207,207.01209(25)#,,[227] -89-Ac-208,208.01149(22)#,,[227] -89-Ac-209,209.00957(26),,[227] -89-Ac-210,210.00926(20),,[227] -89-Ac-211,211.00765(14),,[227] -89-Ac-212,212.00781(10),,[227] -89-Ac-213,213.006570(60),,[227] -89-Ac-214,214.006890(60),,[227] -89-Ac-215,215.006450(60),,[227] -89-Ac-216,216.008721(29),,[227] -89-Ac-217,217.009333(14),,[227] -89-Ac-218,218.011630(50),,[227] -89-Ac-219,219.012400(50),,[227] -89-Ac-220,220.014750(60),,[227] -89-Ac-221,221.015580(50),,[227] -89-Ac-222,222.017829(6),,[227] -89-Ac-223,223.019126(8),,[227] -89-Ac-224,224.021708(5),,[227] -89-Ac-225,225.023221(8),,[227] -89-Ac-226,226.026090(4),,[227] -89-Ac-227,227.0277470(29),,[227] -89-Ac-228,228.0310148(28),,[227] -89-Ac-229,229.032930(50),,[227] -89-Ac-230,230.03603(11),,[227] -89-Ac-231,231.03855(11),,[227] -89-Ac-232,232.04202(11),,[227] -89-Ac-233,233.04455(32)#,,[227] -89-Ac-234,234.04842(43)#,,[227] -89-Ac-235,235.05110(45)#,,[227] -89-Ac-236,236.05518(54)#,,[227] -90-Th-210,210.01503(17)#,,232.0381(1) -90-Th-211,211.01486(45)#,,232.0381(1) -90-Th-212,212.01292(15)#,,232.0381(1) -90-Th-213,213.01296(14)#,,232.0381(1) -90-Th-214,214.01145(10)#,,232.0381(1) -90-Th-215,215.011730(70),,232.0381(1) -90-Th-216,216.011051(17),,232.0381(1) -90-Th-217,217.013070(30),,232.0381(1) -90-Th-218,218.013268(15),,232.0381(1) -90-Th-219,219.015520(50),,232.0381(1) -90-Th-220,220.015733(24),,232.0381(1) -90-Th-221,221.018171(11),,232.0381(1) -90-Th-222,222.018454(14),,232.0381(1) -90-Th-223,223.020795(10),,232.0381(1) -90-Th-224,224.021459(13),,232.0381(1) -90-Th-225,225.023941(8),,232.0381(1) -90-Th-226,226.024891(5),,232.0381(1) -90-Th-227,227.027699(3),,232.0381(1) -90-Th-228,228.0287313(29),,232.0381(1) -90-Th-229,229.031755(3),,232.0381(1) -90-Th-230,230.0331266(22),,232.0381(1) -90-Th-231,231.0362971(22),,232.0381(1) -90-Th-232,232.0380504(22),100,232.0381(1) -90-Th-233,233.0415769(22),,232.0381(1) -90-Th-234,234.043595(4),,232.0381(1) -90-Th-235,235.047500(50),,232.0381(1) -90-Th-236,236.04971(32)#,,232.0381(1) -90-Th-237,237.05389(39)#,,232.0381(1) -90-Th-238,238.05624(39)#,,232.0381(1) -91-Pa-213,213.02118(27),,231.03588(2) -91-Pa-214,214.02074(21),,231.03588(2) -91-Pa-215,215.01910(15),,231.03588(2) -91-Pa-216,216.01911(11),,231.03588(2) -91-Pa-217,217.018290(80),,231.03588(2) -91-Pa-218,218.020010(80),,231.03588(2) -91-Pa-219,219.019880(80),,231.03588(2) -91-Pa-220,220.021880(60),,231.03588(2) -91-Pa-221,221.021860(60),,231.03588(2) -91-Pa-222,222.023730(80)#,,231.03588(2) -91-Pa-223,223.023960(80),,231.03588(2) -91-Pa-224,224.025610(60),,231.03588(2) -91-Pa-225,225.026120(80),,231.03588(2) -91-Pa-226,226.027933(13),,231.03588(2) -91-Pa-227,227.028793(8),,231.03588(2) -91-Pa-228,228.031037(5),,231.03588(2) -91-Pa-229,229.032089(10),,231.03588(2) -91-Pa-230,230.034533(4),,231.03588(2) -91-Pa-231,231.0358789(28),100,231.03588(2) -91-Pa-232,232.038582(8),,231.03588(2) -91-Pa-233,233.0402402(24),,231.03588(2) -91-Pa-234,234.043302(5),,231.03588(2) -91-Pa-235,235.045440(50),,231.03588(2) -91-Pa-236,236.04868(21),,231.03588(2) -91-Pa-237,237.05114(11),,231.03588(2) -91-Pa-238,238.054500(60),,231.03588(2) -91-Pa-239,239.05713(32)#,,231.03588(2) -91-Pa-240,240.06098(32)#,,231.03588(2) -92-U-218,218.02349(10)#,,238.02891(3) -92-U-219,219.024920(90),,238.02891(3) -92-U-220,220.02471(22)#,,238.02891(3) -92-U-221,221.02635(11)#,,238.02891(3) -92-U-222,222.02607(11)#,,238.02891(3) -92-U-223,223.027720(80),,238.02891(3) -92-U-224,224.027590(27),,238.02891(3) -92-U-225,225.029380(50),,238.02891(3) -92-U-226,226.029340(20),,238.02891(3) -92-U-227,227.031140(18),,238.02891(3) -92-U-228,228.031366(17),,238.02891(3) -92-U-229,229.033496(9),,238.02891(3) -92-U-230,230.033927(5),,238.02891(3) -92-U-231,231.036289(4),,238.02891(3) -92-U-232,232.0371463(29),,238.02891(3) -92-U-233,233.039628(3),,238.02891(3) -92-U-234,234.0409456(21),0.0055(2),238.02891(3) -92-U-235,235.0439231(21),0.7200(51),238.02891(3) -92-U-236,236.0455619(21),,238.02891(3) -92-U-237,237.0487240(21),,238.02891(3) -92-U-238,238.0507826(21),99.2745(106),238.02891(3) -92-U-239,239.0542878(21),,238.02891(3) -92-U-240,240.056586(6),,238.02891(3) -92-U-241,241.06033(32)#,,238.02891(3) -92-U-242,242.06293(22)#,,238.02891(3) -93-Np-225,225.033900(80),,[237] -93-Np-226,226.03513(10)#,,[237] -93-Np-227,227.034960(80),,[237] -93-Np-228,228.03618(21)#,,[237] -93-Np-229,229.036250(90),,[237] -93-Np-230,230.037810(60),,[237] -93-Np-231,231.038230(50),,[237] -93-Np-232,232.04010(11)#,,[237] -93-Np-233,233.040730(60),,[237] -93-Np-234,234.042889(9),,[237] -93-Np-235,235.0440559(23),,[237] -93-Np-236,236.046560(50),,[237] -93-Np-237,237.0481673(21),,[237] -93-Np-238,238.0509405(21),,[237] -93-Np-239,239.0529314(23),,[237] -93-Np-240,240.056169(16),,[237] -93-Np-241,241.058250(80),,[237] -93-Np-242,242.06164(22)#,,[237] -93-Np-243,243.064270(30)#,,[237] -93-Np-244,244.06785(32)#,,[237] -94-Pu-228,228.038730(30),,[244] -94-Pu-229,229.040140(80),,[244] -94-Pu-230,230.039646(26),,[244] -94-Pu-231,231.04126(11)#,,[244] -94-Pu-232,232.041179(20),,[244] -94-Pu-233,233.042990(50),,[244] -94-Pu-234,234.043305(8),,[244] -94-Pu-235,235.045282(22),,[244] -94-Pu-236,236.0460481(29),,[244] -94-Pu-237,237.0484038(25),,[244] -94-Pu-238,238.0495534(21),,[244] -94-Pu-239,239.0521565(21),,[244] -94-Pu-240,240.0538075(21),,[244] -94-Pu-241,241.0568453(21),,[244] -94-Pu-242,242.0587368(21),,[244] -94-Pu-243,243.061997(3),,[244] -94-Pu-244,244.064198(5),,[244] -94-Pu-245,245.067739(15),,[244] -94-Pu-246,246.070198(16),,[244] -94-Pu-247,247.07407(32)#,,[244] -95-Am-231,231.04556(32)#,,[243] -95-Am-232,232.04659(32)#,,[243] -95-Am-233,233.04647(23)#,,[243] -95-Am-234,234.04779(22)#,,[243] -95-Am-235,235.04803(22)#,,[243] -95-Am-236,236.04957(11)#,,[243] -95-Am-237,237.049970(60),,[243] -95-Am-238,238.051980(50),,[243] -95-Am-239,239.053018(3),,[243] -95-Am-240,240.055288(15),,[243] -95-Am-241,241.0568229(21),,[243] -95-Am-242,242.0595430(21),,[243] -95-Am-243,243.0613727(23),,[243] -95-Am-244,244.0642794(23),,[243] -95-Am-245,245.066445(4),,[243] -95-Am-246,246.069768(20),,[243] -95-Am-247,247.07209(11)#,,[243] -95-Am-248,248.07575(22)#,,[243] -95-Am-249,249.07848(32)#,,[243] -96-Cm-233,233.05080(43)#,,[247] -96-Cm-234,234.05024(32)#,,[247] -96-Cm-235,235.05159(24)#,,[247] -96-Cm-236,236.05141(22)#,,[247] -96-Cm-237,237.05289(22)#,,[247] -96-Cm-238,238.053020(40),,[247] -96-Cm-239,239.05495(11)#,,[247] -96-Cm-240,240.0555190(29),,[247] -96-Cm-241,241.0576467(24),,[247] -96-Cm-242,242.0588293(21),,[247] -96-Cm-243,243.0613822(24),,[247] -96-Cm-244,244.0627463(21),,[247] -96-Cm-245,245.0654856(29),,[247] -96-Cm-246,246.0672176(24),,[247] -96-Cm-247,247.070347(5),,[247] -96-Cm-248,248.072342(5),,[247] -96-Cm-249,249.075947(5),,[247] -96-Cm-250,250.078351(12),,[247] -96-Cm-251,251.082278(24),,[247] -96-Cm-252,252.08487(32)#,,[247] -97-Bk-235,235.05658(43)#,,[247] -97-Bk-236,236.05733(43)#,,[247] -97-Bk-237,237.05713(32)#,,[247] -97-Bk-238,238.05827(31)#,,[247] -97-Bk-239,239.05836(31)#,,[247] -97-Bk-240,240.05975(16)#,,[247] -97-Bk-241,241.06022(22)#,,[247] -97-Bk-242,242.06205(22)#,,[247] -97-Bk-243,243.063002(5),,[247] -97-Bk-244,244.065168(16),,[247] -97-Bk-245,245.0663554(26),,[247] -97-Bk-246,246.068670(60),,[247] -97-Bk-247,247.070299(6),,[247] -97-Bk-248,248.073080(80)#,,[247] -97-Bk-249,249.074980(3),,[247] -97-Bk-250,250.078311(4),,[247] -97-Bk-251,251.080753(12),,[247] -97-Bk-252,252.08430(22)#,,[247] -97-Bk-253,253.08688(39)#,,[247] -97-Bk-254,254.09060(32)#,,[247] -98-Cf-237,237.06207(54)#,,[251] -98-Cf-238,238.06141(43)#,,[251] -98-Cf-239,239.06258(25)#,,[251] -98-Cf-240,240.06230(22)#,,[251] -98-Cf-241,241.06372(27)#,,[251] -98-Cf-242,242.063690(40),,[251] -98-Cf-243,243.06542(15)#,,[251] -98-Cf-244,244.065990(4),,[251] -98-Cf-245,245.06804(11)#,,[251] -98-Cf-246,246.0687988(24),,[251] -98-Cf-247,247.070992(9),,[251] -98-Cf-248,248.072178(6),,[251] -98-Cf-249,249.074847(3),,[251] -98-Cf-250,250.0764000(24),,[251] -98-Cf-251,251.079580(5),,[251] -98-Cf-252,252.081620(5),,[251] -98-Cf-253,253.085127(7),,[251] -98-Cf-254,254.087316(13),,[251] -98-Cf-255,255.09104(22)#,,[251] -98-Cf-256,256.09344(32)#,,[251] -99-Es-240,240.06892(43)#,,[252] -99-Es-241,241.06866(32)#,,[252] -99-Es-242,242.06970(35)#,,[252] -99-Es-243,243.06963(31)#,,[252] -99-Es-244,244.07097(20)#,,[252] -99-Es-245,245.07132(22)#,,[252] -99-Es-246,246.07297(24)#,,[252] -99-Es-247,247.073650(30)#,,[252] -99-Es-248,248.075460(60)#,,[252] -99-Es-249,249.076410(30)#,,[252] -99-Es-250,250.07865(11)#,,[252] -99-Es-251,251.079984(7),,[252] -99-Es-252,252.082970(50),,[252] -99-Es-253,253.084818(3),,[252] -99-Es-254,254.088016(5),,[252] -99-Es-255,255.090266(12),,[252] -99-Es-256,256.09359(11)#,,[252] -99-Es-257,257.09598(44)#,,[252] -100-Fm-242,242.07343(43)#,,[257] -100-Fm-243,243.07451(25)#,,[257] -100-Fm-244,244.07408(31)#,,[257] -100-Fm-245,245.07538(30)#,,[257] -100-Fm-246,246.075280(40),,[257] -100-Fm-247,247.07682(16)#,,[257] -100-Fm-248,248.077184(13),,[257] -100-Fm-249,249.07902(15)#,,[257] -100-Fm-250,250.079515(13),,[257] -100-Fm-251,251.081566(9),,[257] -100-Fm-252,252.082460(6),,[257] -100-Fm-253,253.085176(5),,[257] -100-Fm-254,254.086848(3),,[257] -100-Fm-255,255.089955(5),,[257] -100-Fm-256,256.091767(8),,[257] -100-Fm-257,257.095099(7),,[257] -100-Fm-258,258.09707(22)#,,[257] -100-Fm-259,259.10059(30)#,,[257] -101-Md-245,245.08102(40)#,,[258] -101-Md-246,246.08193(41)#,,[258] -101-Md-247,247.08180(39)#,,[258] -101-Md-248,248.08291(26)#,,[258] -101-Md-249,249.08300(24)#,,[258] -101-Md-250,250.08449(32)#,,[258] -101-Md-251,251.08492(22)#,,[258] -101-Md-252,252.08663(21)#,,[258] -101-Md-253,253.08728(22)#,,[258] -101-Md-254,254.08973(11)#,,[258] -101-Md-255,255.091075(8),,[258] -101-Md-256,256.094050(60),,[258] -101-Md-257,257.095535(4),,[258] -101-Md-258,258.098425(5),,[258] -101-Md-259,259.10050(22)#,,[258] -101-Md-260,260.10365(34)#,,[258] -102-No-249,249.08782(37)#,,[259] -102-No-250,250.08749(22)#,,[259] -102-No-251,251.08896(19)#,,[259] -102-No-252,252.088966(14),,[259] -102-No-253,253.09065(26)#,,[259] -102-No-254,254.090949(19),,[259] -102-No-255,255.093232(13),,[259] -102-No-256,256.094276(9),,[259] -102-No-257,257.096850(30),,[259] -102-No-258,258.09820(22)#,,[259] -102-No-259,259.10102(11)#,,[259] -102-No-260,260.10264(22)#,,[259] -102-No-261,261.10574(32)#,,[259] -102-No-262,262.10752(58)#,,[259] -103-Lr-251,251.09436(32)#,,[262] -103-Lr-252,252.09533(32)#,,[262] -103-Lr-253,253.09526(24)#,,[262] -103-Lr-254,254.09659(36)#,,[262] -103-Lr-255,255.09677(22)#,,[262] -103-Lr-256,256.09876(24)#,,[262] -103-Lr-257,257.09961(22)#,,[262] -103-Lr-258,258.10188(11)#,,[262] -103-Lr-259,259.102990(80)#,,[262] -103-Lr-260,260.10557(12)#,,[262] -103-Lr-261,261.10694(22)#,,[262] -103-Lr-262,262.10969(32)#,,[262] -103-Lr-263,263.11139(39)#,,[262] -104-Rf-253,253.10068(49)#,,[261] -104-Rf-254,254.10017(31)#,,[261] -104-Rf-255,255.10149(22)#,,[261] -104-Rf-256,256.101180(29),,[261] -104-Rf-257,257.10307(29)#,,[261] -104-Rf-258,258.10357(22)#,,[261] -104-Rf-259,259.105630(80)#,,[261] -104-Rf-260,260.10643(22)#,,[261] -104-Rf-261,261.10875(11)#,,[261] -104-Rf-262,262.10992(30)#,,[261] -104-Rf-263,263.11254(20)#,,[261] -104-Rf-264,264.11398(48)#,,[261] -105-Db-255,255.10740(45)#,,[262] -105-Db-256,256.10811(39)#,,[262] -105-Db-257,257.10786(25)#,,[262] -105-Db-258,258.10944(37)#,,[262] -105-Db-259,259.10972(31)#,,[262] -105-Db-260,260.11143(25)#,,[262] -105-Db-261,261.11211(25)#,,[262] -105-Db-262,262.11415(20)#,,[262] -105-Db-263,263.11508(18)#,,[262] -105-Db-264,264.11747(25)#,,[262] -105-Db-265,265.11866(30)#,,[262] -106-Sg-258,258.11315(45)#,,[266] -106-Sg-259,259.11465(23)#,,[266] -106-Sg-260,260.114440(40),,[266] -106-Sg-261,261.11620(30)#,,[266] -106-Sg-262,262.11648(30)#,,[266] -106-Sg-263,263.11831(13)#,,[266] -106-Sg-264,264.11892(30)#,,[266] -106-Sg-265,265.12107(15)#,,[266] -106-Sg-266,266.12193(31)#,,[266] -107-Bh-260,260.12180(66)#,,[264] -107-Bh-261,261.12180(26)#,,[264] -107-Bh-262,262.12301(40)#,,[264] -107-Bh-263,263.12315(45)#,,[264] -107-Bh-264,264.12473(30)#,,[264] -107-Bh-265,265.12520(41)#,,[264] -107-Bh-266,266.12701(38)#,,[264] -107-Bh-267,267.12774(37)#,,[264] -108-Hs-263,263.12871(39)#,,[277] -108-Hs-264,264.128410(50),,[277] -108-Hs-265,265.13000(32)#,,[277] -108-Hs-266,266.13004(44)#,,[277] -108-Hs-267,267.13177(11)#,,[277] -108-Hs-268,268.13216(44)#,,[277] -108-Hs-269,269.13411(46)#,,[277] -108-Hs-277,,,[277] -109-Mt-265,265.13657(50)#,,[268] -109-Mt-266,266.13794(38)#,,[268] -109-Mt-267,267.13753(62)#,,[268] -109-Mt-268,268.13882(34)#,,[268] -109-Mt-269,269.13911(59)#,,[268] -109-Mt-270,270.14072(66)#,,[268] -109-Mt-271,271.14123(65)#,,[268] -110-Ds-267,267.14396(41)#,,[281] -110-Ds-268,268.14353(54)#,,[281] -110-Ds-269,269.14514(31)#,,[281] -110-Ds-270,270.14463(70)#,,[281] -110-Ds-271,271.14608(20)#,,[281] -110-Ds-272,272.14631(70)#,,[281] -110-Ds-273,273.14925(47)#,,[281] -110-Ds-281,,,[281] -111-Rg-272,272.15348(36)#,,[272] -112-Cn-285,,,[285] -113-Nh-286,,,[286] -114-Fl-289,,,[289] -115-Mc-289,,,[289] -116-Lv-293,,,[293] -117-Ts-294,,,[294] -118-Og-294,,,[294]\ +1-H-1,1.0078250319000(100),99.9885(70),1.00794(7) +1-H-2,2.0141017778400(200),0.0115(70),1.00794(7) +1-H-3,3.0160492813200(800),,1.00794(7) +1-H-4,4.026430(110),,1.00794(7) +1-H-5,5.035310(100),,1.00794(7) +1-H-6,6.044960(270),,1.00794(7) +2-He-3,3.0160293219700(600),0.000137(3),4.002602(2) +2-He-4,4.002603254130(160),99.999863(3),4.002602(2) +2-He-5,5.0120570(210),,4.002602(2) +2-He-6,6.0188858900(600),,4.002602(2) +2-He-7,7.02799100(800),,4.002602(2) +2-He-8,8.033934390(100),,4.002602(2) +2-He-9,9.0439500(500),,4.002602(2) +2-He-10,10.052820(100),,4.002602(2) +3-Li-4,4.027190(230),,6.941(2) +3-Li-5,5.0125400(500),,6.941(2) +3-Li-6,6.01512288740(150),7.59(4),6.941(2) +3-Li-7,7.01600343400(400),92.41(4),6.941(2) +3-Li-8,8.0224862400(500),,6.941(2) +3-Li-9,9.026790190(200),,6.941(2) +3-Li-10,10.0354830(140),,6.941(2) +3-Li-11,11.043723600(700),,6.941(2) +3-Li-12,12.0526100(300),,6.941(2) +4-Be-5,5.03987(215)#,,9.012182(3) +4-Be-6,6.01972600(600),,9.012182(3) +4-Be-7,7.0169287100(800),,9.012182(3) +4-Be-8,8.0053051000(400),,9.012182(3) +4-Be-9,9.0121830600(800),100,9.012182(3) +4-Be-10,10.0135346900(900),,9.012182(3) +4-Be-11,11.021661080(260),,9.012182(3) +4-Be-12,12.02692210(200),,9.012182(3) +4-Be-13,13.0361350(110),,9.012182(3) +4-Be-14,14.042890(140),,9.012182(3) +5-B-7,7.0297120(270),,10.811(7) +5-B-8,8.02460730(110),,10.811(7) +5-B-9,9.01332960(100),,10.811(7) +5-B-10,10.0129368620(160),19.9(7),10.811(7) +5-B-11,11.0093051670(130),80.1(7),10.811(7) +5-B-12,12.01435260(140),,10.811(7) +5-B-13,13.01778000(110),,10.811(7) +5-B-14,14.0254040(230),,10.811(7) +5-B-15,15.0310870(230),,10.811(7) +5-B-16,16.0398410(260),,10.811(7) +5-B-17,17.046930(220),,10.811(7) +5-B-18,18.055600(220),,10.811(7) +5-B-19,19.064170(560),,10.811(7) +6-C-8,8.0376430(200),,12.0107(8) +6-C-9,9.03103720(230),,12.0107(8) +6-C-10,10.0168532200(800),,12.0107(8) +6-C-11,11.0114326000(600),,12.0107(8) +6-C-12,12.0(0),98.93(8),12.0107(8) +6-C-13,13.003354835340(250),1.07(8),12.0107(8) +6-C-14,14.00324198900(400),,12.0107(8) +6-C-15,15.010599300(900),,12.0107(8) +6-C-16,16.01470100(400),,12.0107(8) +6-C-17,17.0225790(190),,12.0107(8) +6-C-18,18.0267500(300),,12.0107(8) +6-C-19,19.034800(110),,12.0107(8) +6-C-20,20.040260(250),,12.0107(8) +6-C-21,21.049000(640)#,,12.0107(8) +6-C-22,22.057550(250),,12.0107(8) +7-N-10,10.041650(430),,14.0067(2) +7-N-11,11.02615800(500),,14.0067(2) +7-N-12,12.01861320(110),,14.0067(2) +7-N-13,13.005738610(290),,14.0067(2) +7-N-14,14.003074004250(240),99.632(7),14.0067(2) +7-N-15,15.000108898300(600),0.368(7),14.0067(2) +7-N-16,16.00610190(250),,14.0067(2) +7-N-17,17.0084490(160),,14.0067(2) +7-N-18,18.0140780(200),,14.0067(2) +7-N-19,19.0170220(180),,14.0067(2) +7-N-20,20.0233700(800),,14.0067(2) +7-N-21,21.027090(140),,14.0067(2) +7-N-22,22.034100(220),,14.0067(2) +7-N-23,23.039420(450),,14.0067(2) +7-N-24,24.050390(430)#,,14.0067(2) +8-O-12,12.0343680(130),,15.9994(3) +8-O-13,13.0248150(100),,15.9994(3) +8-O-14,14.0085967060(270),,15.9994(3) +8-O-15,15.003065600(500),,15.9994(3) +8-O-16,15.994914619300(300),99.757(16),15.9994(3) +8-O-17,16.999131756000(700),0.038(1),15.9994(3) +8-O-18,17.999159612100(700),0.205(14),15.9994(3) +8-O-19,19.00357800(280),,15.9994(3) +8-O-20,20.004075400(900),,15.9994(3) +8-O-21,21.0086550(130),,15.9994(3) +8-O-22,22.0099700(600),,15.9994(3) +8-O-23,23.015700(130),,15.9994(3) +8-O-24,24.019860(180),,15.9994(3) +8-O-25,25.029340(180),,15.9994(3) +8-O-26,26.037210(180),,15.9994(3) +9-F-14,14.0343200(400),,18.9984032(5) +9-F-15,15.0177850(150),,18.9984032(5) +9-F-16,16.01146000(600),,18.9984032(5) +9-F-17,17.002095240(270),,18.9984032(5) +9-F-18,18.000937300(500),,18.9984032(5) +9-F-19,18.998403162100(900),100,18.9984032(5) +9-F-20,19.9999812500(300),,18.9984032(5) +9-F-21,20.99994890(190),,18.9984032(5) +9-F-22,22.0029990(130),,18.9984032(5) +9-F-23,23.0035300(400),,18.9984032(5) +9-F-24,24.008100(100),,18.9984032(5) +9-F-25,25.012170(100),,18.9984032(5) +9-F-26,26.020050(110),,18.9984032(5) +9-F-27,27.026980(130),,18.9984032(5) +9-F-28,28.035860(130),,18.9984032(5) +9-F-29,29.043100(560),,18.9984032(5) +10-Ne-16,16.0257510(220),,20.1797(6) +10-Ne-17,17.017714000(400),,20.1797(6) +10-Ne-18,18.005708700(400),,20.1797(6) +10-Ne-19,19.001880910(170),,20.1797(6) +10-Ne-20,19.99244017530(160),90.48(3),20.1797(6) +10-Ne-21,20.9938466900(400),0.27(1),20.1797(6) +10-Ne-22,21.9913851140(190),9.25(3),20.1797(6) +10-Ne-23,22.994466910(110),,20.1797(6) +10-Ne-24,23.993610600(600),,20.1797(6) +10-Ne-25,24.9978100(300),,20.1797(6) +10-Ne-26,26.0005160(200),,20.1797(6) +10-Ne-27,27.007570(100),,20.1797(6) +10-Ne-28,28.012130(140),,20.1797(6) +10-Ne-29,29.019750(160),,20.1797(6) +10-Ne-30,30.024990(270),,20.1797(6) +10-Ne-31,31.033470(290),,20.1797(6) +10-Ne-32,32.039720(540)#,,20.1797(6) +11-Na-18,18.026880(100),,22.989770(2) +11-Na-19,19.0138800(110),,22.989770(2) +11-Na-20,20.00735430(120),,22.989770(2) +11-Na-21,20.9976544600(500),,22.989770(2) +11-Na-22,21.994437550(140),,22.989770(2) +11-Na-23,22.98976928200(190),100,22.989770(2) +11-Na-24,23.9909630120(180),,22.989770(2) +11-Na-25,24.98995400(130),,22.989770(2) +11-Na-26,25.99263500(400),,22.989770(2) +11-Na-27,26.99407600(400),,22.989770(2) +11-Na-28,27.9989390(110),,22.989770(2) +11-Na-29,29.00287700(800),,22.989770(2) +11-Na-30,30.00909800(500),,22.989770(2) +11-Na-31,31.0131470(150),,22.989770(2) +11-Na-32,32.0200100(400),,22.989770(2) +11-Na-33,33.025530(480),,22.989770(2) +11-Na-34,34.034010(640),,22.989770(2) +11-Na-35,35.040610(720)#,,22.989770(2) +12-Mg-20,20.01876310(200),,24.3050(6) +12-Mg-21,21.011705800(800),,24.3050(6) +12-Mg-22,21.999570600(170),,24.3050(6) +12-Mg-23,22.9941237700(300),,24.3050(6) +12-Mg-24,23.9850416890(140),78.99(4),24.3050(6) +12-Mg-25,24.9858369700(500),10.00(1),24.3050(6) +12-Mg-26,25.9825929700(300),11.01(3),24.3050(6) +12-Mg-27,26.9843406500(500),,24.3050(6) +12-Mg-28,27.983875430(280),,24.3050(6) +12-Mg-29,28.988607200(400),,24.3050(6) +12-Mg-30,29.99046550(140),,24.3050(6) +12-Mg-31,30.99664800(300),,24.3050(6) +12-Mg-32,31.99911000(400),,24.3050(6) +12-Mg-33,33.00532790(290),,24.3050(6) +12-Mg-34,34.00893500(700),,24.3050(6) +12-Mg-35,35.016790(290),,24.3050(6) +12-Mg-36,36.021880(740),,24.3050(6) +12-Mg-37,37.030290(750),,24.3050(6) +13-Al-21,21.029080(640)#,,26.981538(2) +13-Al-22,22.019540(430)#,,26.981538(2) +13-Al-23,23.007244400(400),,26.981538(2) +13-Al-24,23.999947600(240),,26.981538(2) +13-Al-25,24.9904283100(700),,26.981538(2) +13-Al-26,25.9868918800(700),,26.981538(2) +13-Al-27,26.9815384100(500),100,26.981538(2) +13-Al-28,27.9819100100(500),,26.981538(2) +13-Al-29,28.980453200(400),,26.981538(2) +13-Al-30,29.98296920(210),,26.981538(2) +13-Al-31,30.98394980(240),,26.981538(2) +13-Al-32,31.98808400(800),,26.981538(2) +13-Al-33,32.99087800(800),,26.981538(2) +13-Al-34,33.99678190(230),,26.981538(2) +13-Al-35,34.99976000(800),,26.981538(2) +13-Al-36,36.006390(160),,26.981538(2) +13-Al-37,37.010530(190),,26.981538(2) +13-Al-38,38.017680(160)#,,26.981538(2) +13-Al-39,39.023070(320)#,,26.981538(2) +14-Si-22,22.036110(540)#,,28.0855(3) +14-Si-23,23.025710(540)#,,28.0855(3) +14-Si-24,24.0115350(210),,28.0855(3) +14-Si-25,25.0041090(110),,28.0855(3) +14-Si-26,25.992333820(120),,28.0855(3) +14-Si-27,26.986704690(120),,28.0855(3) +14-Si-28,27.976926534400(600),92.2297(7),28.0855(3) +14-Si-29,28.976494664300(600),4.6832(5),28.0855(3) +14-Si-30,29.9737701370(230),3.0872(5),28.0855(3) +14-Si-31,30.9753632000(500),,28.0855(3) +14-Si-32,31.974151500(300),,28.0855(3) +14-Si-33,32.977977000(800),,28.0855(3) +14-Si-34,33.978538000(900),,28.0855(3) +14-Si-35,34.9845500(400),,28.0855(3) +14-Si-36,35.9866500(800),,28.0855(3) +14-Si-37,36.992950(120),,28.0855(3) +14-Si-38,37.995520(110),,28.0855(3) +14-Si-39,39.002490(150),,28.0855(3) +14-Si-40,40.006080(130),,28.0855(3) +14-Si-41,41.014170(320)#,,28.0855(3) +14-Si-42,42.018080(320)#,,28.0855(3) +15-P-24,24.036520(540)#,,30.973761(2) +15-P-25,25.021680(430)#,,30.973761(2) +15-P-26,26.011780(210)#,,30.973761(2) +15-P-27,26.9992920(100),,30.973761(2) +15-P-28,27.99232650(120),,30.973761(2) +15-P-29,28.981800400(400),,30.973761(2) +15-P-30,29.9783134900(700),,30.973761(2) +15-P-31,30.973761997700(800),100,30.973761(2) +15-P-32,31.9739076400(400),,30.973761(2) +15-P-33,32.97172570(120),,30.973761(2) +15-P-34,33.973645900(900),,30.973761(2) +15-P-35,34.97331400(200),,30.973761(2) +15-P-36,35.9782600(140),,30.973761(2) +15-P-37,36.9796100(400),,30.973761(2) +15-P-38,37.9843000(800),,30.973761(2) +15-P-39,38.986290(120),,30.973761(2) +15-P-40,39.9912600(900),,30.973761(2) +15-P-41,40.994650(130),,30.973761(2) +15-P-42,42.001170(100),,30.973761(2) +15-P-43,43.005410(320)#,,30.973761(2) +15-P-44,44.011930(430)#,,30.973761(2) +15-P-45,45.017130(540)#,,30.973761(2) +15-P-46,46.024520(540)#,,30.973761(2) +16-S-26,26.029720(640)#,,32.065(5) +16-S-27,27.018780(430)#,,32.065(5) +16-S-28,28.004370(170),,32.065(5) +16-S-29,28.9966780(140),,32.065(5) +16-S-30,29.984906770(220),,32.065(5) +16-S-31,30.979557000(250),,32.065(5) +16-S-32,31.97207117350(140),94.93(31),32.065(5) +16-S-33,32.97145890860(140),0.76(2),32.065(5) +16-S-34,33.9678670100(500),4.29(28),32.065(5) +16-S-35,34.9690323200(400),,32.065(5) +16-S-36,35.967080690(200),0.02(1),32.065(5) +16-S-37,36.971125500(210),,32.065(5) +16-S-38,37.97116300(800),,32.065(5) +16-S-39,38.9751300(500),,32.065(5) +16-S-40,39.97548300(400),,32.065(5) +16-S-41,40.97959300(400),,32.065(5) +16-S-42,41.98106500(300),,32.065(5) +16-S-43,42.98690800(500),,32.065(5) +16-S-44,43.99011900(600),,32.065(5) +16-S-45,44.996410(320)#,,32.065(5) +16-S-46,46.000690(430)#,,32.065(5) +16-S-47,47.007730(430)#,,32.065(5) +16-S-48,48.013300(540)#,,32.065(5) +16-S-49,49.021890(630)#,,32.065(5) +17-Cl-28,28.030350(540)#,,35.453(2) +17-Cl-29,29.015050(200)#,,35.453(2) +17-Cl-30,30.0050180(260),,35.453(2) +17-Cl-31,30.99244800(400),,35.453(2) +17-Cl-32,31.985684600(600),,35.453(2) +17-Cl-33,32.977452000(400),,35.453(2) +17-Cl-34,33.9737624900(500),,35.453(2) +17-Cl-35,34.9688526900(400),75.78(4),35.453(2) +17-Cl-36,35.9683068200(400),,35.453(2) +17-Cl-37,36.9659025700(600),24.22(4),35.453(2) +17-Cl-38,37.968010410(110),,35.453(2) +17-Cl-39,38.96800820(190),,35.453(2) +17-Cl-40,39.9704200(300),,35.453(2) +17-Cl-41,40.9706800(700),,35.453(2) +17-Cl-42,41.9733400(600),,35.453(2) +17-Cl-43,42.9740600(700),,35.453(2) +17-Cl-44,43.9780100(900),,35.453(2) +17-Cl-45,44.980390(150),,35.453(2) +17-Cl-46,45.985250(100),,35.453(2) +17-Cl-47,46.989720(220)#,,35.453(2) +17-Cl-48,47.995410(540)#,,35.453(2) +17-Cl-49,49.000790(430)#,,35.453(2) +17-Cl-50,50.008270(430)#,,35.453(2) +17-Cl-51,51.015340(750)#,,35.453(2) +18-Ar-30,30.023690(190)#,,39.948(1) +18-Ar-31,31.012160(220)#,,39.948(1) +18-Ar-32,31.99763780(190),,39.948(1) +18-Ar-33,32.989925500(400),,39.948(1) +18-Ar-34,33.9802700900(800),,39.948(1) +18-Ar-35,34.975257700(700),,39.948(1) +18-Ar-36,35.9675451060(290),0.3365(30),39.948(1) +18-Ar-37,36.966776300(220),,39.948(1) +18-Ar-38,37.962732100(210),0.0632(5),39.948(1) +18-Ar-39,38.96431300(500),,39.948(1) +18-Ar-40,39.96238312200(230),99.6003(30),39.948(1) +18-Ar-41,40.964500600(400),,39.948(1) +18-Ar-42,41.96304600(600),,39.948(1) +18-Ar-43,42.96563600(600),,39.948(1) +18-Ar-44,43.96492380(170),,39.948(1) +18-Ar-45,44.968039700(600),,39.948(1) +18-Ar-46,45.96803920(250),,39.948(1) +18-Ar-47,46.97276710(130),,39.948(1) +18-Ar-48,47.9760010(180),,39.948(1) +18-Ar-49,48.981690(430)#,,39.948(1) +18-Ar-50,49.985800(540)#,,39.948(1) +18-Ar-51,50.993030(430)#,,39.948(1) +18-Ar-52,51.998520(640)#,,39.948(1) +18-Ar-53,53.007290(750)#,,39.948(1) +19-K-32,32.023610(430)#,,39.0983(1) +19-K-33,33.008100(220)#,,39.0983(1) +19-K-34,33.998690(210)#,,39.0983(1) +19-K-35,34.988005400(600),,39.0983(1) +19-K-36,35.981301900(300),,39.0983(1) +19-K-37,36.973375890(100),,39.0983(1) +19-K-38,37.969081110(210),,39.0983(1) +19-K-39,38.96370648500(500),93.2581(44),39.0983(1) +19-K-40,39.9639981700(600),0.0117(1),39.0983(1) +19-K-41,40.96182525600(400),6.7302(44),39.0983(1) +19-K-42,41.962402310(110),,39.0983(1) +19-K-43,42.960734700(400),,39.0983(1) +19-K-44,43.961587000(500),,39.0983(1) +19-K-45,44.960691500(600),,39.0983(1) +19-K-46,45.961981600(800),,39.0983(1) +19-K-47,46.96166160(150),,39.0983(1) +19-K-48,47.965341200(800),,39.0983(1) +19-K-49,48.968210800(900),,39.0983(1) +19-K-50,49.97238000(800),,39.0983(1) +19-K-51,50.9758290(140),,39.0983(1) +19-K-52,51.9816000(400),,39.0983(1) +19-K-53,52.986800(120),,39.0983(1) +19-K-54,53.994470(430)#,,39.0983(1) +19-K-55,55.000510(540)#,,39.0983(1) +20-Ca-34,34.015990(320)#,,40.078(4) +20-Ca-35,35.005570(220)#,,40.078(4) +20-Ca-36,35.9930700(400),,40.078(4) +20-Ca-37,36.985897800(700),,40.078(4) +20-Ca-38,37.976319220(210),,40.078(4) +20-Ca-39,38.970710800(600),,40.078(4) +20-Ca-40,39.9625908510(220),96.941(156),40.078(4) +20-Ca-41,40.962277910(150),,40.078(4) +20-Ca-42,41.958617780(160),0.647(23),40.078(4) +20-Ca-43,42.958766380(240),0.135(10),40.078(4) +20-Ca-44,43.955481500(300),2.086(110),40.078(4) +20-Ca-45,44.956186300(400),,40.078(4) +20-Ca-46,45.95368770(240),0.004(3),40.078(4) +20-Ca-47,46.95454110(240),,40.078(4) +20-Ca-48,47.9525226540(190),0.187(21),40.078(4) +20-Ca-49,48.955662630(190),,40.078(4) +20-Ca-50,49.95749920(170),,40.078(4) +20-Ca-51,50.960995700(600),,40.078(4) +20-Ca-52,51.963213600(700),,40.078(4) +20-Ca-53,52.9684500(500),,40.078(4) +20-Ca-54,53.9729900(500),,40.078(4) +20-Ca-55,54.979980(170),,40.078(4) +20-Ca-56,55.985500(270),,40.078(4) +20-Ca-57,56.992960(430)#,,40.078(4) +21-Sc-36,36.017340(320)#,,44.955910(8) +21-Sc-37,37.004060(320)#,,44.955910(8) +21-Sc-38,37.995440(220)#,,44.955910(8) +21-Sc-39,38.9847850(260),,44.955910(8) +21-Sc-40,39.97796700(300),,44.955910(8) +21-Sc-41,40.9692511600(800),,44.955910(8) +21-Sc-42,41.965516690(170),,44.955910(8) +21-Sc-43,42.96115040(200),,44.955910(8) +21-Sc-44,43.95940280(190),,44.955910(8) +21-Sc-45,44.955907100(700),100,44.955910(8) +21-Sc-46,45.955167000(700),,44.955910(8) +21-Sc-47,46.95240240(210),,44.955910(8) +21-Sc-48,47.95222300(500),,44.955910(8) +21-Sc-49,48.95001320(240),,44.955910(8) +21-Sc-50,49.95218740(270),,44.955910(8) +21-Sc-51,50.95356880(270),,44.955910(8) +21-Sc-52,51.95649600(300),,44.955910(8) +21-Sc-53,52.9583790(190),,44.955910(8) +21-Sc-54,53.9630290(150),,44.955910(8) +21-Sc-55,54.9668900(700),,44.955910(8) +21-Sc-56,55.972610(280),,44.955910(8) +21-Sc-57,56.977050(190),,44.955910(8) +21-Sc-58,57.983380(200),,44.955910(8) +21-Sc-59,58.988370(270),,44.955910(8) +22-Ti-38,38.012210(320)#,,47.867(1) +22-Ti-39,39.002680(220)#,,47.867(1) +22-Ti-40,39.9903500(700),,47.867(1) +22-Ti-41,40.9831500(300),,47.867(1) +22-Ti-42,41.973049370(290),,47.867(1) +22-Ti-43,42.96852800(600),,47.867(1) +22-Ti-44,43.959689900(800),,47.867(1) +22-Ti-45,44.958120800(900),,47.867(1) +22-Ti-46,45.952626360(100),8.25(3),47.867(1) +22-Ti-47,46.9517574900(900),7.44(2),47.867(1) +22-Ti-48,47.9479406800(800),73.72(3),47.867(1) +22-Ti-49,48.9478643900(800),5.41(2),47.867(1) +22-Ti-50,49.9447856200(900),5.18(2),47.867(1) +22-Ti-51,50.946609500(500),,47.867(1) +22-Ti-52,51.94688350(290),,47.867(1) +22-Ti-53,52.94967100(300),,47.867(1) +22-Ti-54,53.9508920(170),,47.867(1) +22-Ti-55,54.9550900(300),,47.867(1) +22-Ti-56,55.957680(110),,47.867(1) +22-Ti-57,56.963070(220),,47.867(1) +22-Ti-58,57.966810(200),,47.867(1) +22-Ti-59,58.972220(320)#,,47.867(1) +22-Ti-60,59.976280(260),,47.867(1) +22-Ti-61,60.982430(320)#,,47.867(1) +23-V-40,40.013390(320)#,,50.9415(1) +23-V-41,41.000330(220)#,,50.9415(1) +23-V-42,41.991820(210)#,,50.9415(1) +23-V-43,42.9807700(500),,50.9415(1) +23-V-44,43.97444100(800),,50.9415(1) +23-V-45,44.965768500(900),,50.9415(1) +23-V-46,45.960197390(140),,50.9415(1) +23-V-47,46.954903560(120),,50.9415(1) +23-V-48,47.95225090(100),,50.9415(1) +23-V-49,48.948510500(900),,50.9415(1) +23-V-50,49.947156680(100),0.250(4),50.9415(1) +23-V-51,50.943957660(100),99.750(4),50.9415(1) +23-V-52,51.944773640(170),,50.9415(1) +23-V-53,52.94433500(300),,50.9415(1) +23-V-54,53.9464320(120),,50.9415(1) +23-V-55,54.9472620(290),,50.9415(1) +23-V-56,55.950420(190),,50.9415(1) +23-V-57,56.9523000(900),,50.9415(1) +23-V-58,57.956600(100),,50.9415(1) +23-V-59,58.959620(150),,50.9415(1) +23-V-60,59.964480(200),,50.9415(1) +23-V-61,60.967600(250),,50.9415(1) +23-V-62,61.972930(280),,50.9415(1) +23-V-63,62.976660(370),,50.9415(1) +24-Cr-42,42.007580(320)#,,51.9961(6) +24-Cr-43,42.997890(220)#,,51.9961(6) +24-Cr-44,43.9855900(600),,51.9961(6) +24-Cr-45,44.9790500(400),,51.9961(6) +24-Cr-46,45.9683610(120),,51.9961(6) +24-Cr-47,46.96289500(600),,51.9961(6) +24-Cr-48,47.95402900(800),,51.9961(6) +24-Cr-49,48.95133370(240),,51.9961(6) +24-Cr-50,49.946042210(100),4.345(13),51.9961(6) +24-Cr-51,50.944765390(180),,51.9961(6) +24-Cr-52,51.940504710(120),83.789(18),51.9961(6) +24-Cr-53,52.940646300(120),9.501(17),51.9961(6) +24-Cr-54,53.938877360(140),2.365(7),51.9961(6) +24-Cr-55,54.940836640(250),,51.9961(6) +24-Cr-56,55.940649000(600),,51.9961(6) +24-Cr-57,56.94361210(200),,51.9961(6) +24-Cr-58,57.94418500(300),,51.9961(6) +24-Cr-59,58.948345400(700),,51.9961(6) +24-Cr-60,59.94964170(120),,51.9961(6) +24-Cr-61,60.95437810(200),,51.9961(6) +24-Cr-62,61.95614300(400),,51.9961(6) +24-Cr-63,62.9611600(800),,51.9961(6) +24-Cr-64,63.963890(320),,51.9961(6) +24-Cr-65,64.969610(220)#,,51.9961(6) +25-Mn-44,44.008010(320)#,,54.938049(9) +25-Mn-45,44.994650(320)#,,54.938049(9) +25-Mn-46,45.9866700(900),,54.938049(9) +25-Mn-47,46.9757700(300),,54.938049(9) +25-Mn-48,47.96854900(700),,54.938049(9) +25-Mn-49,48.95961340(240),,54.938049(9) +25-Mn-50,49.954238160(120),,54.938049(9) +25-Mn-51,50.948208800(300),,54.938049(9) +25-Mn-52,51.945559090(140),,54.938049(9) +25-Mn-53,52.941287500(400),,54.938049(9) +25-Mn-54,53.94035580(110),,54.938049(9) +25-Mn-55,54.938043040(280),100,54.938049(9) +25-Mn-56,55.938902800(300),,54.938049(9) +25-Mn-57,56.93828590(160),,54.938049(9) +25-Mn-58,57.94006660(290),,54.938049(9) +25-Mn-59,58.94039110(250),,54.938049(9) +25-Mn-60,59.94313660(250),,54.938049(9) +25-Mn-61,60.94445250(250),,54.938049(9) +25-Mn-62,61.94790700(700),,54.938049(9) +25-Mn-63,62.94966500(400),,54.938049(9) +25-Mn-64,63.95384900(400),,54.938049(9) +25-Mn-65,64.95602000(400),,54.938049(9) +25-Mn-66,65.9605470(120),,54.938049(9) +25-Mn-67,66.963950(220)#,,54.938049(9) +26-Fe-45,45.015470(300)#,,55.845(2) +26-Fe-46,46.001300(320)#,,55.845(2) +26-Fe-47,46.992350(540)#,,55.845(2) +26-Fe-48,47.980670(100),,55.845(2) +26-Fe-49,48.9734290(260),,55.845(2) +26-Fe-50,49.96298800(900),,55.845(2) +26-Fe-51,50.95685510(150),,55.845(2) +26-Fe-52,51.948113360(190),,55.845(2) +26-Fe-53,52.94530560(180),,55.845(2) +26-Fe-54,53.939608200(400),5.845(35),55.845(2) +26-Fe-55,54.938291200(300),,55.845(2) +26-Fe-56,55.934935540(290),91.754(36),55.845(2) +26-Fe-57,56.935391950(290),2.119(10),55.845(2) +26-Fe-58,57.933273600(300),0.282(4),55.845(2) +26-Fe-59,58.934873500(400),,55.845(2) +26-Fe-60,59.93407000(400),,55.845(2) +26-Fe-61,60.93674620(280),,55.845(2) +26-Fe-62,61.93679200(300),,55.845(2) +26-Fe-63,62.94027300(500),,55.845(2) +26-Fe-64,63.94098800(500),,55.845(2) +26-Fe-65,64.94501500(500),,55.845(2) +26-Fe-66,65.94625000(400),,55.845(2) +26-Fe-67,66.95093000(400),,55.845(2) +26-Fe-68,67.952880(210)#,,55.845(2) +26-Fe-69,68.957920(220)#,,55.845(2) +27-Co-48,48.001860(540)#,,58.933200(9) +27-Co-49,48.989500(540)#,,58.933200(9) +27-Co-50,49.981120(140),,58.933200(9) +27-Co-51,50.9706500(500),,58.933200(9) +27-Co-52,51.96313000(600),,58.933200(9) +27-Co-53,52.95420330(190),,58.933200(9) +27-Co-54,53.948459100(400),,58.933200(9) +27-Co-55,54.941996400(400),,58.933200(9) +27-Co-56,55.939838000(500),,58.933200(9) +27-Co-57,56.936289800(600),,58.933200(9) +27-Co-58,57.93575130(120),,58.933200(9) +27-Co-59,58.933193500(400),100,58.933200(9) +27-Co-60,59.933815500(400),,58.933200(9) +27-Co-61,60.932476000(900),,58.933200(9) +27-Co-62,61.9340580(200),,58.933200(9) +27-Co-63,62.9336000(200),,58.933200(9) +27-Co-64,63.9358100(210),,58.933200(9) +27-Co-65,64.93646210(220),,58.933200(9) +27-Co-66,65.9394430(150),,58.933200(9) +27-Co-67,66.94061000(700),,58.933200(9) +27-Co-68,67.94455900(400),,58.933200(9) +27-Co-69,68.9459100(900),,58.933200(9) +27-Co-70,69.9500530(120),,58.933200(9) +27-Co-71,70.952370(500),,58.933200(9) +27-Co-72,71.956740(320)#,,58.933200(9) +28-Ni-50,49.996290(540)#,,58.6934(2) +28-Ni-51,50.987490(540)#,,58.6934(2) +28-Ni-52,51.9757800(900),,58.6934(2) +28-Ni-53,52.9681900(270),,58.6934(2) +28-Ni-54,53.95783300(500),,58.6934(2) +28-Ni-55,54.951329800(800),,58.6934(2) +28-Ni-56,55.942127800(400),,58.6934(2) +28-Ni-57,56.939791400(600),,58.6934(2) +28-Ni-58,57.935341700(400),68.0769(89),58.6934(2) +28-Ni-59,58.934345400(400),,58.6934(2) +28-Ni-60,59.930785100(400),26.2231(77),58.6934(2) +28-Ni-61,60.931054800(400),1.1399(6),58.6934(2) +28-Ni-62,61.928344800(500),3.6345(17),58.6934(2) +28-Ni-63,62.929669000(500),,58.6934(2) +28-Ni-64,63.927966200(500),0.9256(9),58.6934(2) +28-Ni-65,64.930084600(500),,58.6934(2) +28-Ni-66,65.92913930(150),,58.6934(2) +28-Ni-67,66.93156900(300),,58.6934(2) +28-Ni-68,67.93186900(300),,58.6934(2) +28-Ni-69,68.93561000(400),,58.6934(2) +28-Ni-70,69.93643130(230),,58.6934(2) +28-Ni-71,70.94051900(240),,58.6934(2) +28-Ni-72,71.94178590(240),,58.6934(2) +28-Ni-73,72.94620670(260),,58.6934(2) +28-Ni-74,73.947720(220)#,,58.6934(2) +28-Ni-75,74.952510(220)#,,58.6934(2) +28-Ni-76,75.954710(320)#,,58.6934(2) +28-Ni-77,76.959900(430)#,,58.6934(2) +28-Ni-78,77.962560(430)#,,58.6934(2) +29-Cu-52,51.997980(640)#,,63.546(3) +29-Cu-53,52.985890(540)#,,63.546(3) +29-Cu-54,53.977200(430)#,,63.546(3) +29-Cu-55,54.966040(170),,63.546(3) +29-Cu-56,55.95852900(700),,63.546(3) +29-Cu-57,56.949211700(500),,63.546(3) +29-Cu-58,57.944532300(600),,63.546(3) +29-Cu-59,58.939496700(600),,63.546(3) +29-Cu-60,59.93736380(170),,63.546(3) +29-Cu-61,60.93345740(100),,63.546(3) +29-Cu-62,61.932594800(700),,63.546(3) +29-Cu-63,62.929597100(500),69.17(3),63.546(3) +29-Cu-64,63.929764000(500),,63.546(3) +29-Cu-65,64.927789500(700),30.83(3),63.546(3) +29-Cu-66,65.928868800(700),,63.546(3) +29-Cu-67,66.92772950(100),,63.546(3) +29-Cu-68,67.92961090(170),,63.546(3) +29-Cu-69,68.92942930(150),,63.546(3) +29-Cu-70,69.93239210(120),,63.546(3) +29-Cu-71,70.93267680(160),,63.546(3) +29-Cu-72,71.93582030(150),,63.546(3) +29-Cu-73,72.93667440(210),,63.546(3) +29-Cu-74,73.93987500(700),,63.546(3) +29-Cu-75,74.941523800(800),,63.546(3) +29-Cu-76,75.94526900(100),,63.546(3) +29-Cu-77,76.94754360(130),,63.546(3) +29-Cu-78,77.9519170(140),,63.546(3) +29-Cu-79,78.954470(110),,63.546(3) +29-Cu-80,79.960620(320)#,,63.546(3) +30-Zn-54,53.993880(230)#,,65.409(4) +30-Zn-55,54.984680(430)#,,65.409(4) +30-Zn-56,55.972740(430)#,,65.409(4) +30-Zn-57,56.965060(220)#,,65.409(4) +30-Zn-58,57.9545900(500),,65.409(4) +30-Zn-59,58.949311900(800),,65.409(4) +30-Zn-60,59.941841300(600),,65.409(4) +30-Zn-61,60.9395070(170),,65.409(4) +30-Zn-62,61.934333400(700),,65.409(4) +30-Zn-63,62.93321110(170),,65.409(4) +30-Zn-64,63.929141800(700),48.63(60),65.409(4) +30-Zn-65,64.929240500(700),,65.409(4) +30-Zn-66,65.926033600(800),27.90(27),65.409(4) +30-Zn-67,66.927127400(800),4.10(13),65.409(4) +30-Zn-68,67.924844200(800),18.75(51),65.409(4) +30-Zn-69,68.926550400(900),,65.409(4) +30-Zn-70,69.92531920(210),0.62(3),65.409(4) +30-Zn-71,70.92771960(280),,65.409(4) +30-Zn-72,71.92684280(230),,65.409(4) +30-Zn-73,72.92958260(200),,65.409(4) +30-Zn-74,73.92940730(270),,65.409(4) +30-Zn-75,74.93284020(210),,65.409(4) +30-Zn-76,75.93311500(160),,65.409(4) +30-Zn-77,76.93688720(210),,65.409(4) +30-Zn-78,77.93828920(210),,65.409(4) +30-Zn-79,78.94263810(240),,65.409(4) +30-Zn-80,79.94455290(280),,65.409(4) +30-Zn-81,80.95040300(500),,65.409(4) +30-Zn-82,81.95457400(300),,65.409(4) +31-Ga-56,55.995880(540)#,,69.723(1) +31-Ga-57,56.983460(430)#,,69.723(1) +31-Ga-58,57.974730(320)#,,69.723(1) +31-Ga-59,58.963760(180)#,,69.723(1) +31-Ga-60,59.957500(220)#,,69.723(1) +31-Ga-61,60.9494000(400),,69.723(1) +31-Ga-62,61.944189600(700),,69.723(1) +31-Ga-63,62.93929420(140),,69.723(1) +31-Ga-64,63.93684040(150),,69.723(1) +31-Ga-65,64.932734400(800),,69.723(1) +31-Ga-66,65.93158980(120),,69.723(1) +31-Ga-67,66.92820230(130),,69.723(1) +31-Ga-68,67.92798020(150),,69.723(1) +31-Ga-69,68.92557350(130),60.108(9),69.723(1) +31-Ga-70,69.92602190(130),,69.723(1) +31-Ga-71,70.924702600(900),39.892(9),69.723(1) +31-Ga-72,71.926367500(900),,69.723(1) +31-Ga-73,72.92517470(180),,69.723(1) +31-Ga-74,73.92694600(300),,69.723(1) +31-Ga-75,74.926504500(700),,69.723(1) +31-Ga-76,75.92882760(210),,69.723(1) +31-Ga-77,76.92915430(260),,69.723(1) +31-Ga-78,77.93161090(110),,69.723(1) +31-Ga-79,78.93285160(130),,69.723(1) +31-Ga-80,79.93642100(300),,69.723(1) +31-Ga-81,80.93813400(400),,69.723(1) +31-Ga-82,81.94317650(260),,69.723(1) +31-Ga-83,82.94712030(280),,69.723(1) +31-Ga-84,83.9526600(300),,69.723(1) +32-Ge-58,57.991860(540)#,,72.64(1) +32-Ge-59,58.982430(430)#,,72.64(1) +32-Ge-60,59.970450(320)#,,72.64(1) +32-Ge-61,60.963730(320)#,,72.64(1) +32-Ge-62,61.954760(150)#,,72.64(1) +32-Ge-63,62.9496300(400),,72.64(1) +32-Ge-64,63.94169000(400),,72.64(1) +32-Ge-65,64.93936810(230),,72.64(1) +32-Ge-66,65.93386210(260),,72.64(1) +32-Ge-67,66.93271700(500),,72.64(1) +32-Ge-68,67.92809530(200),,72.64(1) +32-Ge-69,68.92796450(140),,72.64(1) +32-Ge-70,69.924248500(900),20.84(87),72.64(1) +32-Ge-71,70.924952100(900),,72.64(1) +32-Ge-72,71.9220758200(800),27.54(34),72.64(1) +32-Ge-73,72.9234589500(600),7.73(5),72.64(1) +32-Ge-74,73.9211777610(130),36.28(73),72.64(1) +32-Ge-75,74.9228583700(600),,72.64(1) +32-Ge-76,75.9214027250(190),7.61(38),72.64(1) +32-Ge-77,76.9235498400(600),,72.64(1) +32-Ge-78,77.92285300(400),,72.64(1) +32-Ge-79,78.9253600(400),,72.64(1) +32-Ge-80,79.92535080(220),,72.64(1) +32-Ge-81,80.92883290(220),,72.64(1) +32-Ge-82,81.92977400(240),,72.64(1) +32-Ge-83,82.93453910(260),,72.64(1) +32-Ge-84,83.93757500(300),,72.64(1) +32-Ge-85,84.94297000(400),,72.64(1) +32-Ge-86,85.946970(470),,72.64(1) +33-As-60,59.993950(430)#,,74.92160(2) +33-As-61,60.981540(320)#,,74.92160(2) +33-As-62,61.973780(320)#,,74.92160(2) +33-As-63,62.964040(220)#,,74.92160(2) +33-As-64,63.957560(220)#,,74.92160(2) +33-As-65,64.9496100(900),,74.92160(2) +33-As-66,65.94414900(600),,74.92160(2) +33-As-67,66.939251100(500),,74.92160(2) +33-As-68,67.93677410(200),,74.92160(2) +33-As-69,68.9322500(300),,74.92160(2) +33-As-70,69.93093460(150),,74.92160(2) +33-As-71,70.92711400(400),,74.92160(2) +33-As-72,71.92675200(400),,74.92160(2) +33-As-73,72.92382900(400),,74.92160(2) +33-As-74,73.92392860(180),,74.92160(2) +33-As-75,74.921594600(900),100,74.92160(2) +33-As-76,75.92239200(100),,74.92160(2) +33-As-77,76.92064760(180),,74.92160(2) +33-As-78,77.9218280(100),,74.92160(2) +33-As-79,78.92094800(600),,74.92160(2) +33-As-80,79.92247400(400),,74.92160(2) +33-As-81,80.92213230(280),,74.92160(2) +33-As-82,81.92473900(400),,74.92160(2) +33-As-83,82.92520700(300),,74.92160(2) +33-As-84,83.92930300(300),,74.92160(2) +33-As-85,84.93216400(300),,74.92160(2) +33-As-86,85.93670200(400),,74.92160(2) +33-As-87,86.94029200(300),,74.92160(2) +33-As-88,87.945840(220)#,,74.92160(2) +33-As-89,88.950050(320)#,,74.92160(2) +34-Se-65,64.964550(320)#,,78.96(3) +34-Se-66,65.955280(220)#,,78.96(3) +34-Se-67,66.9499900(700),,78.96(3) +34-Se-68,67.941825200(500),,78.96(3) +34-Se-69,68.93941480(160),,78.96(3) +34-Se-70,69.93351550(170),,78.96(3) +34-Se-71,70.93220900(300),,78.96(3) +34-Se-72,71.92714050(210),,78.96(3) +34-Se-73,72.92675500(800),,78.96(3) +34-Se-74,73.9224759340(160),0.89(4),78.96(3) +34-Se-75,74.9225228700(800),,78.96(3) +34-Se-76,75.9192137030(170),9.37(29),78.96(3) +34-Se-77,76.9199141500(700),7.63(16),78.96(3) +34-Se-78,77.917309240(190),23.77(28),78.96(3) +34-Se-79,78.918499250(240),,78.96(3) +34-Se-80,79.91652180(100),49.61(41),78.96(3) +34-Se-81,80.91799300(100),,78.96(3) +34-Se-82,81.916699500(500),8.73(22),78.96(3) +34-Se-83,82.91911900(300),,78.96(3) +34-Se-84,83.91846680(210),,78.96(3) +34-Se-85,84.92226080(280),,78.96(3) +34-Se-86,85.92431170(270),,78.96(3) +34-Se-87,86.92868860(240),,78.96(3) +34-Se-88,87.93141700(400),,78.96(3) +34-Se-89,88.93666900(400),,78.96(3) +34-Se-90,89.940100(350),,78.96(3) +34-Se-91,90.945700(470),,78.96(3) +34-Se-92,91.949840(430)#,,78.96(3) +35-Br-67,66.965080(320)#,,79.904(1) +35-Br-68,67.958360(280)#,,79.904(1) +35-Br-69,68.9503400(500),,79.904(1) +35-Br-70,69.9447920(160),,79.904(1) +35-Br-71,70.93934200(600),,79.904(1) +35-Br-72,71.93659460(110),,79.904(1) +35-Br-73,72.93167300(700),,79.904(1) +35-Br-74,73.92991000(600),,79.904(1) +35-Br-75,74.92581100(500),,79.904(1) +35-Br-76,75.9245420(100),,79.904(1) +35-Br-77,76.92137900(300),,79.904(1) +35-Br-78,77.92114600(400),,79.904(1) +35-Br-79,78.91833760(110),50.69(7),79.904(1) +35-Br-80,79.91852980(110),,79.904(1) +35-Br-81,80.91628820(100),49.31(7),79.904(1) +35-Br-82,81.91680180(100),,79.904(1) +35-Br-83,82.91517500(400),,79.904(1) +35-Br-84,83.9164960(280),,79.904(1) +35-Br-85,84.91564600(300),,79.904(1) +35-Br-86,85.91880500(300),,79.904(1) +35-Br-87,86.92067400(300),,79.904(1) +35-Br-88,87.92408300(300),,79.904(1) +35-Br-89,88.92670500(400),,79.904(1) +35-Br-90,89.93129300(400),,79.904(1) +35-Br-91,90.93439900(400),,79.904(1) +35-Br-92,91.93963200(700),,79.904(1) +35-Br-93,92.943220(460),,79.904(1) +35-Br-94,93.948850(220)#,,79.904(1) +36-Kr-69,68.965500(320)#,,83.798(2) +36-Kr-70,69.955880(220)#,,83.798(2) +36-Kr-71,70.950270(140),,83.798(2) +36-Kr-72,71.94209200(900),,83.798(2) +36-Kr-73,72.93928900(700),,83.798(2) +36-Kr-74,73.93308400(220),,83.798(2) +36-Kr-75,74.93094600(900),,83.798(2) +36-Kr-76,75.92591100(400),,83.798(2) +36-Kr-77,76.92467000(210),,83.798(2) +36-Kr-78,77.920366300(300),0.35(1),83.798(2) +36-Kr-79,78.92008300(400),,83.798(2) +36-Kr-80,79.916377900(700),2.28(6),83.798(2) +36-Kr-81,80.91658970(120),,83.798(2) +36-Kr-82,81.91348115400(600),11.58(14),83.798(2) +36-Kr-83,82.9141265170(100),11.49(6),83.798(2) +36-Kr-84,83.91149772700(400),57.00(4),83.798(2) +36-Kr-85,84.91252730(210),,83.798(2) +36-Kr-86,85.91061062500(400),17.30(22),83.798(2) +36-Kr-87,86.913354760(260),,83.798(2) +36-Kr-88,87.91444790(280),,83.798(2) +36-Kr-89,88.91783540(230),,83.798(2) +36-Kr-90,89.91952790(200),,83.798(2) +36-Kr-91,90.92380630(240),,83.798(2) +36-Kr-92,91.92617310(290),,83.798(2) +36-Kr-93,92.93114720(270),,83.798(2) +36-Kr-94,93.9341400(130),,83.798(2) +36-Kr-95,94.9397110(200),,83.798(2) +36-Kr-96,95.9430140(210),,83.798(2) +36-Kr-97,96.949090(140),,83.798(2) +37-Rb-71,70.965340(430)#,,85.4678(3) +37-Rb-72,71.958850(540)#,,85.4678(3) +37-Rb-73,72.9506000(400),,85.4678(3) +37-Rb-74,73.94426600(300),,85.4678(3) +37-Rb-75,74.93857320(130),,85.4678(3) +37-Rb-76,75.93507300(100),,85.4678(3) +37-Rb-77,76.93040160(140),,85.4678(3) +37-Rb-78,77.92814200(300),,85.4678(3) +37-Rb-79,78.92399010(210),,85.4678(3) +37-Rb-80,79.92251640(200),,85.4678(3) +37-Rb-81,80.91899400(500),,85.4678(3) +37-Rb-82,81.91820900(300),,85.4678(3) +37-Rb-83,82.91511420(250),,85.4678(3) +37-Rb-84,83.91437520(240),,85.4678(3) +37-Rb-85,84.91178973600(500),72.17(2),85.4678(3) +37-Rb-86,85.911167440(210),,85.4678(3) +37-Rb-87,86.90918052900(600),27.83(2),85.4678(3) +37-Rb-88,87.911315590(170),,85.4678(3) +37-Rb-89,88.91227800(600),,85.4678(3) +37-Rb-90,89.91479800(700),,85.4678(3) +37-Rb-91,90.91653700(800),,85.4678(3) +37-Rb-92,91.91972800(700),,85.4678(3) +37-Rb-93,92.92203900(800),,85.4678(3) +37-Rb-94,93.92639480(220),,85.4678(3) +37-Rb-95,94.9292640(220),,85.4678(3) +37-Rb-96,95.93413300(400),,85.4678(3) +37-Rb-97,96.93717710(210),,85.4678(3) +37-Rb-98,97.9416320(170),,85.4678(3) +37-Rb-99,98.94511900(400),,85.4678(3) +37-Rb-100,99.9503320(140),,85.4678(3) +37-Rb-101,100.9543020(220),,85.4678(3) +37-Rb-102,101.9600100(900),,85.4678(3) +38-Sr-73,72.965700(430)#,,87.62(1) +38-Sr-74,73.956170(110)#,,87.62(1) +38-Sr-75,74.949950(240),,87.62(1) +38-Sr-76,75.9417600(400),,87.62(1) +38-Sr-77,76.93794500(900),,87.62(1) +38-Sr-78,77.93218000(800),,87.62(1) +38-Sr-79,78.92970500(800),,87.62(1) +38-Sr-80,79.92451800(400),,87.62(1) +38-Sr-81,80.92321100(300),,87.62(1) +38-Sr-82,81.91840000(600),,87.62(1) +38-Sr-83,82.91755400(700),,87.62(1) +38-Sr-84,83.91341910(130),0.56(1),87.62(1) +38-Sr-85,84.91293200(300),,87.62(1) +38-Sr-86,85.90926072500(600),9.86(1),87.62(1) +38-Sr-87,86.90887749500(600),7.00(1),87.62(1) +38-Sr-88,87.90561225400(600),82.58(1),87.62(1) +38-Sr-89,88.907450810(100),,87.62(1) +38-Sr-90,89.90772790(160),,87.62(1) +38-Sr-91,90.91019600(600),,87.62(1) +38-Sr-92,91.91103800(400),,87.62(1) +38-Sr-93,92.91402400(800),,87.62(1) +38-Sr-94,93.91535560(180),,87.62(1) +38-Sr-95,94.91935800(600),,87.62(1) +38-Sr-96,95.92171900(900),,87.62(1) +38-Sr-97,96.92637600(400),,87.62(1) +38-Sr-98,97.92869300(300),,87.62(1) +38-Sr-99,98.93288400(500),,87.62(1) +38-Sr-100,99.93578300(700),,87.62(1) +38-Sr-101,100.94060600(900),,87.62(1) +38-Sr-102,101.9440000(700),,87.62(1) +38-Sr-103,102.949240(220)#,,87.62(1) +38-Sr-104,103.953020(320)#,,87.62(1) +39-Y-77,76.950150(220)#,,88.90585(2) +39-Y-78,77.943990(320)#,,88.90585(2) +39-Y-79,78.9379500(900),,88.90585(2) +39-Y-80,79.93435500(700),,88.90585(2) +39-Y-81,80.92945400(600),,88.90585(2) +39-Y-82,81.92693000(600),,88.90585(2) +39-Y-83,82.9224840(200),,88.90585(2) +39-Y-84,83.92067100(500),,88.90585(2) +39-Y-85,84.9164330(200),,88.90585(2) +39-Y-86,85.9148860(150),,88.90585(2) +39-Y-87,86.91087610(120),,88.90585(2) +39-Y-88,87.90950130(160),,88.90585(2) +39-Y-89,88.905838200(400),100,88.90585(2) +39-Y-90,89.907141700(400),,88.90585(2) +39-Y-91,90.90729800(200),,88.90585(2) +39-Y-92,91.9089460(100),,88.90585(2) +39-Y-93,92.9095780(110),,88.90585(2) +39-Y-94,93.91159200(700),,88.90585(2) +39-Y-95,94.91282000(700),,88.90585(2) +39-Y-96,95.91590900(700),,88.90585(2) +39-Y-97,96.91828700(700),,88.90585(2) +39-Y-98,97.92239500(900),,88.90585(2) +39-Y-99,98.92416100(700),,88.90585(2) +39-Y-100,99.9277280(120),,88.90585(2) +39-Y-101,100.93016100(800),,88.90585(2) +39-Y-102,101.93432800(400),,88.90585(2) +39-Y-103,102.9372440(120),,88.90585(2) +39-Y-104,103.941940(220)#,,88.90585(2) +39-Y-105,104.945710(430)#,,88.90585(2) +39-Y-106,105.950840(540)#,,88.90585(2) +40-Zr-79,78.949790(320)#,,91.224(2) +40-Zr-80,79.941210(320)#,,91.224(2) +40-Zr-81,80.938250(100),,91.224(2) +40-Zr-82,81.93170750(170),,91.224(2) +40-Zr-83,82.92924100(700),,91.224(2) +40-Zr-84,83.92332600(600),,91.224(2) +40-Zr-85,84.92144300(700),,91.224(2) +40-Zr-86,85.91629700(400),,91.224(2) +40-Zr-87,86.91481700(400),,91.224(2) +40-Zr-88,87.91022100(600),,91.224(2) +40-Zr-89,88.90887980(300),,91.224(2) +40-Zr-90,89.904698760(130),51.45(40),91.224(2) +40-Zr-91,90.905640210(100),11.22(5),91.224(2) +40-Zr-92,91.905035340(100),17.15(8),91.224(2) +40-Zr-93,92.906470700(500),,91.224(2) +40-Zr-94,93.906312520(180),17.38(28),91.224(2) +40-Zr-95,94.908040300(900),,91.224(2) +40-Zr-96,95.908277620(120),2.80(9),91.224(2) +40-Zr-97,96.910963800(130),,91.224(2) +40-Zr-98,97.91274000(900),,91.224(2) +40-Zr-99,98.9166750(110),,91.224(2) +40-Zr-100,99.91801000(900),,91.224(2) +40-Zr-101,100.92145800(900),,91.224(2) +40-Zr-102,101.92315400(900),,91.224(2) +40-Zr-103,102.9272040(100),,91.224(2) +40-Zr-104,103.9294490(100),,91.224(2) +40-Zr-105,104.9340220(130),,91.224(2) +40-Zr-106,105.936930(220)#,,91.224(2) +40-Zr-107,106.942010(320)#,,91.224(2) +40-Zr-108,107.945300(430)#,,91.224(2) +41-Nb-81,80.950230(430)#,,92.90638(2) +41-Nb-82,81.944380(320)#,,92.90638(2) +41-Nb-83,82.938150(170),,92.90638(2) +41-Nb-84,83.934305700(400),,92.90638(2) +41-Nb-85,84.92884600(400),,92.90638(2) +41-Nb-86,85.92578200(600),,92.90638(2) +41-Nb-87,86.92069200(700),,92.90638(2) +41-Nb-88,87.9182300(600),,92.90638(2) +41-Nb-89,88.9134450(250),,92.90638(2) +41-Nb-90,89.91125900(400),,92.90638(2) +41-Nb-91,90.90699000(300),,92.90638(2) +41-Nb-92,91.90718860(190),,92.90638(2) +41-Nb-93,92.90637320(160),100,92.90638(2) +41-Nb-94,93.90727900(160),,92.90638(2) +41-Nb-95,94.906831100(500),,92.90638(2) +41-Nb-96,95.908101590(160),,92.90638(2) +41-Nb-97,96.90810200(500),,92.90638(2) +41-Nb-98,97.91033300(500),,92.90638(2) +41-Nb-99,98.9116090(130),,92.90638(2) +41-Nb-100,99.91434100(900),,92.90638(2) +41-Nb-101,100.91530700(400),,92.90638(2) +41-Nb-102,101.91809040(270),,92.90638(2) +41-Nb-103,102.91945300(400),,92.90638(2) +41-Nb-104,103.92290770(190),,92.90638(2) +41-Nb-105,104.92494300(400),,92.90638(2) +41-Nb-106,105.92892850(150),,92.90638(2) +41-Nb-107,106.93159000(900),,92.90638(2) +41-Nb-108,107.93607600(900),,92.90638(2) +41-Nb-109,108.939140(460),,92.90638(2) +41-Nb-110,109.943840(900),,92.90638(2) +42-Mo-83,82.950250(430)#,,95.94(2) +42-Mo-84,83.941850(320)#,,95.94(2) +42-Mo-85,84.9382610(170),,95.94(2) +42-Mo-86,85.93117400(300),,95.94(2) +42-Mo-87,86.92819600(300),,95.94(2) +42-Mo-88,87.92196800(400),,95.94(2) +42-Mo-89,88.91946800(400),,95.94(2) +42-Mo-90,89.91393100(400),,95.94(2) +42-Mo-91,90.91174500(700),,95.94(2) +42-Mo-92,91.906807150(170),14.84(35),95.94(2) +42-Mo-93,92.906808770(190),,95.94(2) +42-Mo-94,93.905083590(150),9.25(12),95.94(2) +42-Mo-95,94.905837440(130),15.92(13),95.94(2) +42-Mo-96,95.904674770(130),16.68(2),95.94(2) +42-Mo-97,96.906016900(180),9.55(8),95.94(2) +42-Mo-98,97.905403610(190),24.13(31),95.94(2) +42-Mo-99,98.907707300(250),,95.94(2) +42-Mo-100,99.907468000(300),9.63(23),95.94(2) +42-Mo-101,100.910337600(300),,95.94(2) +42-Mo-102,101.91029400(900),,95.94(2) +42-Mo-103,102.9130920(100),,95.94(2) +42-Mo-104,103.9137470(100),,95.94(2) +42-Mo-105,104.9169820(100),,95.94(2) +42-Mo-106,105.9182730(100),,95.94(2) +42-Mo-107,106.9221200(100),,95.94(2) +42-Mo-108,107.9240480(100),,95.94(2) +42-Mo-109,108.9284380(120),,95.94(2) +42-Mo-110,109.9307180(260),,95.94(2) +42-Mo-111,110.9356520(140),,95.94(2) +42-Mo-112,111.938290(220)#,,95.94(2) +42-Mo-113,112.943480(320)#,,95.94(2) +43-Tc-85,84.950780(430)#,,[98] +43-Tc-86,85.944640(320)#,,[98] +43-Tc-87,86.93806700(500),,[98] +43-Tc-88,87.93379400(400),,[98] +43-Tc-89,88.92764900(400),,[98] +43-Tc-90,89.92407390(110),,[98] +43-Tc-91,90.91842500(250),,[98] +43-Tc-92,91.91527000(300),,[98] +43-Tc-93,92.91024510(110),,[98] +43-Tc-94,93.90965200(400),,[98] +43-Tc-95,94.90765200(500),,[98] +43-Tc-96,95.90786700(600),,[98] +43-Tc-97,96.90636100(400),,[98] +43-Tc-98,97.90721100(400),,[98] +43-Tc-99,98.90624970(100),,[98] +43-Tc-100,99.90765270(150),,[98] +43-Tc-101,100.9073050(260),,[98] +43-Tc-102,101.9092070(100),,[98] +43-Tc-103,102.9091740(110),,[98] +43-Tc-104,103.9114340(270),,[98] +43-Tc-105,104.9116600(400),,[98] +43-Tc-106,105.9143570(130),,[98] +43-Tc-107,106.91545800(900),,[98] +43-Tc-108,107.91849300(900),,[98] +43-Tc-109,108.9202540(100),,[98] +43-Tc-110,109.9237410(100),,[98] +43-Tc-111,110.9258990(110),,[98] +43-Tc-112,111.92994200(600),,[98] +43-Tc-113,112.93256900(400),,[98] +43-Tc-114,113.937090(470),,[98] +43-Tc-115,114.940100(210)#,,[98] +44-Ru-87,86.950910(430)#,,101.07(2) +44-Ru-88,87.941660(320)#,,101.07(2) +44-Ru-89,88.9373380(260),,101.07(2) +44-Ru-90,89.93034400(400),,101.07(2) +44-Ru-91,90.92674150(240),,101.07(2) +44-Ru-92,91.92023440(290),,101.07(2) +44-Ru-93,92.91710440(220),,101.07(2) +44-Ru-94,93.91134300(300),,101.07(2) +44-Ru-95,94.9104040(100),,101.07(2) +44-Ru-96,95.907588910(180),5.54(14),101.07(2) +44-Ru-97,96.90754580(300),,101.07(2) +44-Ru-98,97.90528700(700),1.87(3),101.07(2) +44-Ru-99,98.905930300(400),12.76(14),101.07(2) +44-Ru-100,99.904210500(400),12.60(7),101.07(2) +44-Ru-101,100.905573100(400),17.06(2),101.07(2) +44-Ru-102,101.904340300(400),31.55(14),101.07(2) +44-Ru-103,102.906314800(500),,101.07(2) +44-Ru-104,103.90542530(270),18.62(27),101.07(2) +44-Ru-105,104.90774550(270),,101.07(2) +44-Ru-106,105.90732800(600),,101.07(2) +44-Ru-107,106.90997000(900),,101.07(2) +44-Ru-108,107.91018600(900),,101.07(2) +44-Ru-109,108.9133240(100),,101.07(2) +44-Ru-110,109.9140390(100),,101.07(2) +44-Ru-111,110.9175680(100),,101.07(2) +44-Ru-112,111.9188070(100),,101.07(2) +44-Ru-113,112.9228500(400),,101.07(2) +44-Ru-114,113.92461400(400),,101.07(2) +44-Ru-115,114.9290330(270),,101.07(2) +44-Ru-116,115.93121900(400),,101.07(2) +44-Ru-117,116.936140(470),,101.07(2) +44-Ru-118,117.938810(220)#,,101.07(2) +45-Rh-89,88.950990(390)#,,102.90550(2) +45-Rh-90,89.944570(220)#,,102.90550(2) +45-Rh-91,90.937120(320)#,,102.90550(2) +45-Rh-92,91.93236800(500),,102.90550(2) +45-Rh-93,92.92591280(280),,102.90550(2) +45-Rh-94,93.92173000(400),,102.90550(2) +45-Rh-95,94.91589800(400),,102.90550(2) +45-Rh-96,95.9144520(110),,102.90550(2) +45-Rh-97,96.9113300(400),,102.90550(2) +45-Rh-98,97.9107080(130),,102.90550(2) +45-Rh-99,98.9081210(210),,102.90550(2) +45-Rh-100,99.9081140(190),,102.90550(2) +45-Rh-101,100.90615900(600),,102.90550(2) +45-Rh-102,101.90683400(700),,102.90550(2) +45-Rh-103,102.90549410(250),100,102.90550(2) +45-Rh-104,103.90664530(250),,102.90550(2) +45-Rh-105,104.90568780(270),,102.90550(2) +45-Rh-106,105.90728600(600),,102.90550(2) +45-Rh-107,106.9067480(130),,102.90550(2) +45-Rh-108,107.9087150(150),,102.90550(2) +45-Rh-109,108.90875000(400),,102.90550(2) +45-Rh-110,109.9110800(190),,102.90550(2) +45-Rh-111,110.91164300(700),,102.90550(2) +45-Rh-112,111.9144100(500),,102.90550(2) +45-Rh-113,112.91544000(800),,102.90550(2) +45-Rh-114,113.9187200(800),,102.90550(2) +45-Rh-115,114.92031200(800),,102.90550(2) +45-Rh-116,115.9240600(800),,102.90550(2) +45-Rh-117,116.9260360(100),,102.90550(2) +45-Rh-118,117.9303410(260),,102.90550(2) +45-Rh-119,118.9325570(100),,102.90550(2) +45-Rh-120,119.937070(220)#,,102.90550(2) +45-Rh-121,120.939610(670),,102.90550(2) +46-Pd-91,90.950440(450)#,,106.42(1) +46-Pd-92,91.941190(370),,106.42(1) +46-Pd-93,92.936680(400),,106.42(1) +46-Pd-94,93.92903600(500),,106.42(1) +46-Pd-95,94.92488900(300),,106.42(1) +46-Pd-96,95.91821400(500),,106.42(1) +46-Pd-97,96.91647200(500),,106.42(1) +46-Pd-98,97.91269800(500),,106.42(1) +46-Pd-99,98.91177300(500),,106.42(1) +46-Pd-100,99.9085200(190),,106.42(1) +46-Pd-101,100.90828500(500),,106.42(1) +46-Pd-102,101.905632300(400),1.02(1),106.42(1) +46-Pd-103,102.906111100(900),,106.42(1) +46-Pd-104,103.90403040(140),11.14(8),106.42(1) +46-Pd-105,104.90507950(120),22.33(8),106.42(1) +46-Pd-106,105.90348030(120),27.33(3),106.42(1) +46-Pd-107,106.90512810(130),,106.42(1) +46-Pd-108,107.90389180(120),26.46(9),106.42(1) +46-Pd-109,108.90595060(120),,106.42(1) +46-Pd-110,109.905172900(700),11.72(9),106.42(1) +46-Pd-111,110.907690400(800),,106.42(1) +46-Pd-112,111.90733100(700),,106.42(1) +46-Pd-113,112.91026200(700),,106.42(1) +46-Pd-114,113.91036900(700),,106.42(1) +46-Pd-115,114.9136590(150),,106.42(1) +46-Pd-116,115.91429800(800),,106.42(1) +46-Pd-117,116.91795600(800),,106.42(1) +46-Pd-118,117.91906730(270),,106.42(1) +46-Pd-119,118.92334100(900),,106.42(1) +46-Pd-120,119.92455170(250),,106.42(1) +46-Pd-121,120.92895000(400),,106.42(1) +46-Pd-122,121.9306320(210),,106.42(1) +46-Pd-123,122.935130(850),,106.42(1) +47-Ag-94,93.943740(430)#,,107.8682(2) +47-Ag-95,94.935690(430)#,,107.8682(2) +47-Ag-96,95.930740(100),,107.8682(2) +47-Ag-97,96.9238810(130),,107.8682(2) +47-Ag-98,97.9215600(400),,107.8682(2) +47-Ag-99,98.91764600(700),,107.8682(2) +47-Ag-100,99.91611500(500),,107.8682(2) +47-Ag-101,100.91268400(500),,107.8682(2) +47-Ag-102,101.91170500(900),,107.8682(2) +47-Ag-103,102.90896100(400),,107.8682(2) +47-Ag-104,103.90862400(500),,107.8682(2) +47-Ag-105,104.90652600(500),,107.8682(2) +47-Ag-106,105.90666300(300),,107.8682(2) +47-Ag-107,106.90509150(260),51.839(8),107.8682(2) +47-Ag-108,107.90595020(260),,107.8682(2) +47-Ag-109,108.90475580(140),48.161(8),107.8682(2) +47-Ag-110,109.90611070(140),,107.8682(2) +47-Ag-111,110.90529680(160),,107.8682(2) +47-Ag-112,111.90704850(260),,107.8682(2) +47-Ag-113,112.9065730(180),,107.8682(2) +47-Ag-114,113.90882300(500),,107.8682(2) +47-Ag-115,114.9087670(200),,107.8682(2) +47-Ag-116,115.91138700(400),,107.8682(2) +47-Ag-117,116.9117740(150),,107.8682(2) +47-Ag-118,117.91459550(270),,107.8682(2) +47-Ag-119,118.9155700(160),,107.8682(2) +47-Ag-120,119.91878500(500),,107.8682(2) +47-Ag-121,120.9201250(130),,107.8682(2) +47-Ag-122,121.9236600(400),,107.8682(2) +47-Ag-123,122.9253200(400),,107.8682(2) +47-Ag-124,123.928900(270),,107.8682(2) +47-Ag-125,124.930740(470),,107.8682(2) +47-Ag-126,125.934810(220)#,,107.8682(2) +47-Ag-127,126.937040(220)#,,107.8682(2) +48-Cd-96,95.940340(440)#,,112.411(8) +48-Cd-97,96.934800(450),,112.411(8) +48-Cd-98,97.9273900(600),,112.411(8) +48-Cd-99,98.92492580(170),,112.411(8) +48-Cd-100,99.92034880(180),,112.411(8) +48-Cd-101,100.91858620(160),,112.411(8) +48-Cd-102,101.91448180(180),,112.411(8) +48-Cd-103,102.91341690(190),,112.411(8) +48-Cd-104,103.90985620(180),,112.411(8) +48-Cd-105,104.90946390(150),,112.411(8) +48-Cd-106,105.90645980(120),1.25(6),112.411(8) +48-Cd-107,106.90661200(180),,112.411(8) +48-Cd-108,107.90418360(120),0.89(3),112.411(8) +48-Cd-109,108.90498670(160),,112.411(8) +48-Cd-110,109.903007500(400),12.49(18),112.411(8) +48-Cd-111,110.904183800(400),12.80(12),112.411(8) +48-Cd-112,111.902763900(270),24.13(21),112.411(8) +48-Cd-113,112.904408110(260),12.22(12),112.411(8) +48-Cd-114,113.903365000(300),28.73(42),112.411(8) +48-Cd-115,114.905437400(700),,112.411(8) +48-Cd-116,115.904763230(170),7.49(18),112.411(8) +48-Cd-117,116.90722600(110),,112.411(8) +48-Cd-118,117.9069220(210),,112.411(8) +48-Cd-119,118.9098500(400),,112.411(8) +48-Cd-120,119.90986800(400),,112.411(8) +48-Cd-121,120.91296370(210),,112.411(8) +48-Cd-122,121.91345910(250),,112.411(8) +48-Cd-123,122.91689250(290),,112.411(8) +48-Cd-124,123.91765980(280),,112.411(8) +48-Cd-125,124.92125800(300),,112.411(8) +48-Cd-126,125.92243030(250),,112.411(8) +48-Cd-127,126.92620300(700),,112.411(8) +48-Cd-128,127.92781700(700),,112.411(8) +48-Cd-129,128.93223600(600),,112.411(8) +48-Cd-130,129.9343880(240),,112.411(8) +49-In-98,97.942130(330)#,,114.818(3) +49-In-99,98.934110(320)#,,114.818(3) +49-In-100,99.93110190(240),,114.818(3) +49-In-101,100.9264140(130),,114.818(3) +49-In-102,101.92410600(500),,114.818(3) +49-In-103,102.9198790(100),,114.818(3) +49-In-104,103.91821500(600),,114.818(3) +49-In-105,104.9145020(110),,114.818(3) +49-In-106,105.9134640(130),,114.818(3) +49-In-107,106.9102870(100),,114.818(3) +49-In-108,107.90969400(900),,114.818(3) +49-In-109,108.90715000(400),,114.818(3) +49-In-110,109.9071710(120),,114.818(3) +49-In-111,110.90510700(400),,114.818(3) +49-In-112,111.90553900(500),,114.818(3) +49-In-113,112.904060450(200),4.29(5),114.818(3) +49-In-114,113.904916400(300),,114.818(3) +49-In-115,114.9038787730(120),95.71(5),114.818(3) +49-In-116,115.905259990(240),,114.818(3) +49-In-117,116.90451600(500),,114.818(3) +49-In-118,117.90635700(800),,114.818(3) +49-In-119,118.90585200(800),,114.818(3) +49-In-120,119.9079700(400),,114.818(3) +49-In-121,120.9078530(290),,114.818(3) +49-In-122,121.9102800(500),,114.818(3) +49-In-123,122.9104350(210),,114.818(3) +49-In-124,123.9131800(300),,114.818(3) +49-In-125,124.91367380(190),,114.818(3) +49-In-126,125.91646800(500),,114.818(3) +49-In-127,126.9174660(110),,114.818(3) +49-In-128,127.92035360(140),,114.818(3) +49-In-129,128.92180850(210),,114.818(3) +49-In-130,129.92495230(190),,114.818(3) +49-In-131,130.92697280(240),,114.818(3) +49-In-132,131.9330000(600),,114.818(3) +49-In-133,132.938070(220)#,,114.818(3) +49-In-134,133.944210(220)#,,114.818(3) +50-Sn-100,99.938650(260),,118.710(7) +50-Sn-101,100.935260(320),,118.710(7) +50-Sn-102,101.930290(110),,118.710(7) +50-Sn-103,102.927970(110)#,,118.710(7) +50-Sn-104,103.92310500(600),,118.710(7) +50-Sn-105,104.92126800(400),,118.710(7) +50-Sn-106,105.91695700(500),,118.710(7) +50-Sn-107,106.91571400(600),,118.710(7) +50-Sn-108,107.91189400(600),,118.710(7) +50-Sn-109,108.91129300(900),,118.710(7) +50-Sn-110,109.9078450(150),,118.710(7) +50-Sn-111,110.90774100(600),,118.710(7) +50-Sn-112,111.904824900(300),0.97(1),118.710(7) +50-Sn-113,112.90517590(170),,118.710(7) +50-Sn-114,113.9027801300(300),0.66(1),118.710(7) +50-Sn-115,114.9033446960(160),0.34(1),118.710(7) +50-Sn-116,115.901742830(100),14.54(9),118.710(7) +50-Sn-117,116.902954000(500),7.68(7),118.710(7) +50-Sn-118,117.901606600(500),24.22(9),118.710(7) +50-Sn-119,118.903311300(800),8.59(4),118.710(7) +50-Sn-120,119.90220260(100),32.58(9),118.710(7) +50-Sn-121,120.90424350(110),,118.710(7) +50-Sn-122,121.90344550(260),4.63(3),118.710(7) +50-Sn-123,122.90572710(270),,118.710(7) +50-Sn-124,123.90527960(140),5.79(5),118.710(7) +50-Sn-125,124.90778940(140),,118.710(7) +50-Sn-126,125.9076590(110),,118.710(7) +50-Sn-127,126.9103920(100),,118.710(7) +50-Sn-128,127.9105080(190),,118.710(7) +50-Sn-129,128.9134820(190),,118.710(7) +50-Sn-130,129.91397450(200),,118.710(7) +50-Sn-131,130.91705300(400),,118.710(7) +50-Sn-132,131.91782390(210),,118.710(7) +50-Sn-133,132.92391380(200),,118.710(7) +50-Sn-134,133.92868000(300),,118.710(7) +50-Sn-135,134.93490900(300),,118.710(7) +50-Sn-136,135.939700(220)#,,118.710(7) +50-Sn-137,136.946160(320)#,,118.710(7) +51-Sb-103,102.939160(320)#,,121.760(1) +51-Sb-104,103.936340(110)#,,121.760(1) +51-Sb-105,104.9312770(230),,121.760(1) +51-Sb-106,105.92863800(800),,121.760(1) +51-Sb-107,106.92415100(400),,121.760(1) +51-Sb-108,107.92222700(600),,121.760(1) +51-Sb-109,108.91814100(600),,121.760(1) +51-Sb-110,109.91685400(600),,121.760(1) +51-Sb-111,110.9132180(100),,121.760(1) +51-Sb-112,111.9124000(190),,121.760(1) +51-Sb-113,112.9093750(180),,121.760(1) +51-Sb-114,113.9092890(210),,121.760(1) +51-Sb-115,114.9065980(170),,121.760(1) +51-Sb-116,115.90679300(600),,121.760(1) +51-Sb-117,116.90484200(900),,121.760(1) +51-Sb-118,117.90553200(300),,121.760(1) +51-Sb-119,118.90394400(800),,121.760(1) +51-Sb-120,119.90508000(800),,121.760(1) +51-Sb-121,120.90381140(270),57.21(5),121.760(1) +51-Sb-122,121.90516930(270),,121.760(1) +51-Sb-123,122.90421530(150),42.79(5),121.760(1) +51-Sb-124,123.90593710(150),,121.760(1) +51-Sb-125,124.90525430(270),,121.760(1) +51-Sb-126,125.9072500(300),,121.760(1) +51-Sb-127,126.90692600(500),,121.760(1) +51-Sb-128,127.9091460(200),,121.760(1) +51-Sb-129,128.9091470(230),,121.760(1) +51-Sb-130,129.9116630(150),,121.760(1) +51-Sb-131,130.91198930(220),,121.760(1) +51-Sb-132,131.91450800(260),,121.760(1) +51-Sb-133,132.91527200(300),,121.760(1) +51-Sb-134,133.92053700(300),,121.760(1) +51-Sb-135,134.92518440(280),,121.760(1) +51-Sb-136,135.93074900(600),,121.760(1) +51-Sb-137,136.9355200(600),,121.760(1) +51-Sb-138,137.941330(320)#,,121.760(1) +51-Sb-139,138.946270(430)#,,121.760(1) +52-Te-106,105.937500(110),,127.60(3) +52-Te-107,106.934880(110)#,,127.60(3) +52-Te-108,107.92938000(600),,127.60(3) +52-Te-109,108.92730500(500),,127.60(3) +52-Te-110,109.92245800(700),,127.60(3) +52-Te-111,110.92100100(700),,127.60(3) +52-Te-112,111.91672800(900),,127.60(3) +52-Te-113,112.9158900(300),,127.60(3) +52-Te-114,113.9120880(260),,127.60(3) +52-Te-115,114.9119000(300),,127.60(3) +52-Te-116,115.9084660(260),,127.60(3) +52-Te-117,116.9086460(140),,127.60(3) +52-Te-118,117.9058600(200),,127.60(3) +52-Te-119,118.90640600(800),,127.60(3) +52-Te-120,119.90406580(190),0.09(1),127.60(3) +52-Te-121,120.9049450(280),,127.60(3) +52-Te-122,121.90304470(150),2.55(12),127.60(3) +52-Te-123,122.90427100(150),0.89(3),127.60(3) +52-Te-124,123.90281830(150),4.74(14),127.60(3) +52-Te-125,124.90443120(150),7.07(15),127.60(3) +52-Te-126,125.90331210(150),18.84(25),127.60(3) +52-Te-127,126.90522700(150),,127.60(3) +52-Te-128,127.904461200(800),31.74(8),127.60(3) +52-Te-129,128.906596400(800),,127.60(3) +52-Te-130,129.9062227450(120),34.08(62),127.60(3) +52-Te-131,130.9085222100(700),,127.60(3) +52-Te-132,131.90854700(400),,127.60(3) +52-Te-133,132.91096330(220),,127.60(3) +52-Te-134,133.91139640(290),,127.60(3) +52-Te-135,134.91655470(180),,127.60(3) +52-Te-136,135.92010120(240),,127.60(3) +52-Te-137,136.92559940(230),,127.60(3) +52-Te-138,137.92947200(400),,127.60(3) +52-Te-139,138.93536700(400),,127.60(3) +52-Te-140,139.9394870(150),,127.60(3) +52-Te-141,140.945600(430)#,,127.60(3) +52-Te-142,141.950030(540)#,,127.60(3) +53-I-108,107.943350(110)#,,126.90447(3) +53-I-109,108.93808600(700),,126.90447(3) +53-I-110,109.9350900(700),,126.90447(3) +53-I-111,110.93026900(500),,126.90447(3) +53-I-112,111.9280050(110),,126.90447(3) +53-I-113,112.92365000(900),,126.90447(3) +53-I-114,113.9220190(220),,126.90447(3) +53-I-115,114.9180500(300),,126.90447(3) +53-I-116,115.9168900(800),,126.90447(3) +53-I-117,116.9136460(270),,126.90447(3) +53-I-118,117.9130740(210),,126.90447(3) +53-I-119,118.9100610(230),,126.90447(3) +53-I-120,119.9100940(160),,126.90447(3) +53-I-121,120.90741100(500),,126.90447(3) +53-I-122,121.90759000(600),,126.90447(3) +53-I-123,122.90559000(400),,126.90447(3) +53-I-124,123.90621030(250),,126.90447(3) +53-I-125,124.90463060(150),,126.90447(3) +53-I-126,125.90562400(400),,126.90447(3) +53-I-127,126.90447300(400),100,126.90447(3) +53-I-128,127.90580900(400),,126.90447(3) +53-I-129,128.90498400(300),,126.90447(3) +53-I-130,129.90667000(300),,126.90447(3) +53-I-131,130.906126400(600),,126.90447(3) +53-I-132,131.90799400(400),,126.90447(3) +53-I-133,132.90782800(600),,126.90447(3) +53-I-134,133.90977600(500),,126.90447(3) +53-I-135,134.91005940(220),,126.90447(3) +53-I-136,135.9146050(150),,126.90447(3) +53-I-137,136.91802800(900),,126.90447(3) +53-I-138,137.92272600(600),,126.90447(3) +53-I-139,138.92649300(400),,126.90447(3) +53-I-140,139.9317160(130),,126.90447(3) +53-I-141,140.9356660(170),,126.90447(3) +53-I-142,141.94116700(500),,126.90447(3) +53-I-143,142.945480(220)#,,126.90447(3) +53-I-144,143.951340(430)#,,126.90447(3) +54-Xe-110,109.944260(110),,131.293(6) +54-Xe-111,110.941470(120)#,,131.293(6) +54-Xe-112,111.93555900(900),,131.293(6) +54-Xe-113,112.93322200(700),,131.293(6) +54-Xe-114,113.9279800(120),,131.293(6) +54-Xe-115,114.9262940(130),,131.293(6) +54-Xe-116,115.9215810(140),,131.293(6) +54-Xe-117,116.9203590(110),,131.293(6) +54-Xe-118,117.9161790(110),,131.293(6) +54-Xe-119,118.9154110(110),,131.293(6) +54-Xe-120,119.9117840(130),,131.293(6) +54-Xe-121,120.9114530(110),,131.293(6) +54-Xe-122,121.9083680(120),,131.293(6) +54-Xe-123,122.9084820(100),,131.293(6) +54-Xe-124,123.90588520(150),0.09(1),131.293(6) +54-Xe-125,124.90638760(150),,131.293(6) +54-Xe-126,125.90429742200(600),0.09(1),131.293(6) +54-Xe-127,126.90518400(400),,131.293(6) +54-Xe-128,127.90353075300(600),1.92(3),131.293(6) +54-Xe-129,128.90478085700(500),26.44(24),131.293(6) +54-Xe-130,129.9035093470(100),4.08(2),131.293(6) +54-Xe-131,130.90508412800(500),21.18(3),131.293(6) +54-Xe-132,131.90415508300(500),26.89(6),131.293(6) +54-Xe-133,132.90591070(260),,131.293(6) +54-Xe-134,133.90539303000(600),10.44(10),131.293(6) +54-Xe-135,134.90723100(400),,131.293(6) +54-Xe-136,135.90721447400(700),8.87(16),131.293(6) +54-Xe-137,136.911557770(110),,131.293(6) +54-Xe-138,137.91414600(300),,131.293(6) +54-Xe-139,138.91879220(230),,131.293(6) +54-Xe-140,139.92164580(250),,131.293(6) +54-Xe-141,140.92678700(300),,131.293(6) +54-Xe-142,141.92997310(290),,131.293(6) +54-Xe-143,142.93537000(500),,131.293(6) +54-Xe-144,143.93894500(600),,131.293(6) +54-Xe-145,144.9447200(120),,131.293(6) +54-Xe-146,145.9485180(260),,131.293(6) +54-Xe-147,146.954480(220)#,,131.293(6) +55-Cs-112,111.950170(120)#,,132.90545(2) +55-Cs-113,112.94442800(900),,132.90545(2) +55-Cs-114,113.9412900(900),,132.90545(2) +55-Cs-115,114.935910(110)#,,132.90545(2) +55-Cs-116,115.933400(110)#,,132.90545(2) +55-Cs-117,116.9286200(700),,132.90545(2) +55-Cs-118,117.9265600(140),,132.90545(2) +55-Cs-119,118.9223770(150),,132.90545(2) +55-Cs-120,119.9206770(110),,132.90545(2) +55-Cs-121,120.9172270(150),,132.90545(2) +55-Cs-122,121.9161100(400),,132.90545(2) +55-Cs-123,122.9129960(130),,132.90545(2) +55-Cs-124,123.9122470(100),,132.90545(2) +55-Cs-125,124.90972600(800),,132.90545(2) +55-Cs-126,125.9094460(110),,132.90545(2) +55-Cs-127,126.90741800(600),,132.90545(2) +55-Cs-128,127.90774800(600),,132.90545(2) +55-Cs-129,128.90606600(500),,132.90545(2) +55-Cs-130,129.90670900(900),,132.90545(2) +55-Cs-131,130.905468460(190),,132.90545(2) +55-Cs-132,131.90643770(110),,132.90545(2) +55-Cs-133,132.90545195900(900),100,132.90545(2) +55-Cs-134,133.9067185020(180),,132.90545(2) +55-Cs-135,134.905976900(400),,132.90545(2) +55-Cs-136,135.90731140(200),,132.90545(2) +55-Cs-137,136.907089300(300),,132.90545(2) +55-Cs-138,137.9110170(100),,132.90545(2) +55-Cs-139,138.91336400(300),,132.90545(2) +55-Cs-140,139.91728400(900),,132.90545(2) +55-Cs-141,140.9200450(100),,132.90545(2) +55-Cs-142,141.92430000(800),,132.90545(2) +55-Cs-143,142.92734700(800),,132.90545(2) +55-Cs-144,143.9320750(220),,132.90545(2) +55-Cs-145,144.9355290(100),,132.90545(2) +55-Cs-146,145.94062200(300),,132.90545(2) +55-Cs-147,146.94426200(900),,132.90545(2) +55-Cs-148,147.9496390(140),,132.90545(2) +55-Cs-149,148.953520(430)#,,132.90545(2) +55-Cs-150,149.959020(430)#,,132.90545(2) +55-Cs-151,150.963200(540)#,,132.90545(2) +56-Ba-114,113.950720(110),,137.327(7) +56-Ba-115,114.947480(220)#,,137.327(7) +56-Ba-116,115.941620(220)#,,137.327(7) +56-Ba-117,116.938320(270),,137.327(7) +56-Ba-118,117.933230(220)#,,137.327(7) +56-Ba-119,118.930660(210),,137.327(7) +56-Ba-120,119.926040(320),,137.327(7) +56-Ba-121,120.924050(150),,137.327(7) +56-Ba-122,121.9199000(300),,137.327(7) +56-Ba-123,122.9187810(130),,137.327(7) +56-Ba-124,123.9150940(130),,137.327(7) +56-Ba-125,124.9144720(120),,137.327(7) +56-Ba-126,125.9112500(130),,137.327(7) +56-Ba-127,126.9110910(120),,137.327(7) +56-Ba-128,127.90835240(170),,137.327(7) +56-Ba-129,128.9086830(110),,137.327(7) +56-Ba-130,129.906326000(300),0.106(1),137.327(7) +56-Ba-131,130.906946300(400),,137.327(7) +56-Ba-132,131.90506120(110),0.101(1),137.327(7) +56-Ba-133,132.90600740(110),,137.327(7) +56-Ba-134,133.904508250(270),2.417(18),137.327(7) +56-Ba-135,134.905688450(260),6.592(12),137.327(7) +56-Ba-136,135.904575800(260),7.854(24),137.327(7) +56-Ba-137,136.905827210(270),11.232(24),137.327(7) +56-Ba-138,137.905247060(270),71.698(42),137.327(7) +56-Ba-139,138.908841160(270),,137.327(7) +56-Ba-140,139.91060800(800),,137.327(7) +56-Ba-141,140.91440400(600),,137.327(7) +56-Ba-142,141.91643300(600),,137.327(7) +56-Ba-143,142.92062500(700),,137.327(7) +56-Ba-144,143.92295500(800),,137.327(7) +56-Ba-145,144.92751800(900),,137.327(7) +56-Ba-146,145.93036320(190),,137.327(7) +56-Ba-147,146.9353040(210),,137.327(7) +56-Ba-148,147.93822300(160),,137.327(7) +56-Ba-149,148.94328400(270),,137.327(7) +56-Ba-150,149.94644100(600),,137.327(7) +56-Ba-151,150.951760(430)#,,137.327(7) +56-Ba-152,151.955330(430)#,,137.327(7) +56-Ba-153,152.960850(430)#,,137.327(7) +57-La-117,116.950330(220)#,,138.9055(2) +57-La-118,117.946730(320)#,,138.9055(2) +57-La-119,118.940930(320)#,,138.9055(2) +57-La-120,119.938200(320)#,,138.9055(2) +57-La-121,120.933240(320)#,,138.9055(2) +57-La-122,121.930710(320)#,,138.9055(2) +57-La-123,122.926300(210)#,,138.9055(2) +57-La-124,123.9245700(600),,138.9055(2) +57-La-125,124.9208160(280),,138.9055(2) +57-La-126,125.919510(100),,138.9055(2) +57-La-127,126.9163750(280),,138.9055(2) +57-La-128,127.9155900(600),,138.9055(2) +57-La-129,128.9126960(230),,138.9055(2) +57-La-130,129.9123690(280),,138.9055(2) +57-La-131,130.9100700(300),,138.9055(2) +57-La-132,131.9101200(400),,138.9055(2) +57-La-133,132.9082200(300),,138.9055(2) +57-La-134,133.9085140(210),,138.9055(2) +57-La-135,134.9069840(100),,138.9055(2) +57-La-136,135.9076300(600),,138.9055(2) +57-La-137,136.90645040(180),,138.9055(2) +57-La-138,137.907124000(400),0.090(1),138.9055(2) +57-La-139,138.906362900(700),99.910(1),138.9055(2) +57-La-140,139.909487300(700),,138.9055(2) +57-La-141,140.91097100(400),,138.9055(2) +57-La-142,141.91409100(700),,138.9055(2) +57-La-143,142.91607900(800),,138.9055(2) +57-La-144,143.9196460(140),,138.9055(2) +57-La-145,144.9218080(130),,138.9055(2) +57-La-146,145.92568800(180),,138.9055(2) +57-La-147,146.9284180(120),,138.9055(2) +57-La-148,147.9326790(210),,138.9055(2) +57-La-149,148.935350(210),,138.9055(2) +57-La-150,149.93954750(270),,138.9055(2) +57-La-151,150.942770(470),,138.9055(2) +57-La-152,151.947090(320)#,,138.9055(2) +57-La-153,152.950550(320)#,,138.9055(2) +57-La-154,153.955420(320)#,,138.9055(2) +57-La-155,154.959280(430)#,,138.9055(2) +58-Ce-119,118.952960(540)#,,140.116(1) +58-Ce-120,119.946610(540)#,,140.116(1) +58-Ce-121,120.943440(430)#,,140.116(1) +58-Ce-122,121.937870(430)#,,140.116(1) +58-Ce-123,122.935280(320)#,,140.116(1) +58-Ce-124,123.930310(320)#,,140.116(1) +58-Ce-125,124.928440(210)#,,140.116(1) +58-Ce-126,125.9239700(300),,140.116(1) +58-Ce-127,126.9227300(300),,140.116(1) +58-Ce-128,127.9189100(300),,140.116(1) +58-Ce-129,128.9181000(300),,140.116(1) +58-Ce-130,129.9147400(300),,140.116(1) +58-Ce-131,130.9144300(400),,140.116(1) +58-Ce-132,131.9114660(220),,140.116(1) +58-Ce-133,132.9115200(180),,140.116(1) +58-Ce-134,133.9089280(220),,140.116(1) +58-Ce-135,134.9091610(110),,140.116(1) +58-Ce-136,135.907129300(300),0.185(2),140.116(1) +58-Ce-137,136.907762400(400),,140.116(1) +58-Ce-138,137.905994200(500),0.251(2),140.116(1) +58-Ce-139,138.90664700(220),,140.116(1) +58-Ce-140,139.90544840(140),88.450(51),140.116(1) +58-Ce-141,140.90828600(140),,140.116(1) +58-Ce-142,141.90925020(260),11.114(51),140.116(1) +58-Ce-143,142.91239200(260),,140.116(1) +58-Ce-144,143.91365300(300),,140.116(1) +58-Ce-145,144.9172700(400),,140.116(1) +58-Ce-146,145.9188120(160),,140.116(1) +58-Ce-147,146.92269000(900),,140.116(1) +58-Ce-148,147.9244240(120),,140.116(1) +58-Ce-149,148.9284270(110),,140.116(1) +58-Ce-150,149.9303840(130),,140.116(1) +58-Ce-151,150.9342720(190),,140.116(1) +58-Ce-152,151.936680(220)#,,140.116(1) +58-Ce-153,152.941050(220)#,,140.116(1) +58-Ce-154,153.943940(220)#,,140.116(1) +58-Ce-155,154.948710(320)#,,140.116(1) +58-Ce-156,155.951880(320)#,,140.116(1) +58-Ce-157,156.957130(430)#,,140.116(1) +59-Pr-121,120.955390(540)#,,140.90765(2) +59-Pr-122,121.951930(540)#,,140.90765(2) +59-Pr-123,122.946080(430)#,,140.90765(2) +59-Pr-124,123.942940(430)#,,140.90765(2) +59-Pr-125,124.937660(320)#,,140.90765(2) +59-Pr-126,125.935240(210)#,,140.90765(2) +59-Pr-127,126.930710(210)#,,140.90765(2) +59-Pr-128,127.9287900(300),,140.90765(2) +59-Pr-129,128.9251000(300),,140.90765(2) +59-Pr-130,129.9235900(700),,140.90765(2) +59-Pr-131,130.9202300(500),,140.90765(2) +59-Pr-132,131.9192400(300),,140.90765(2) +59-Pr-133,132.9163310(130),,140.90765(2) +59-Pr-134,133.9156970(220),,140.90765(2) +59-Pr-135,134.9131120(130),,140.90765(2) +59-Pr-136,135.9126770(120),,140.90765(2) +59-Pr-137,136.91067900(900),,140.90765(2) +59-Pr-138,137.9107570(110),,140.90765(2) +59-Pr-139,138.90893300(400),,140.90765(2) +59-Pr-140,139.90908600(700),,140.90765(2) +59-Pr-141,140.90765960(160),100,140.90765(2) +59-Pr-142,141.91005160(160),,140.90765(2) +59-Pr-143,142.91082260(190),,140.90765(2) +59-Pr-144,143.91331070(290),,140.90765(2) +59-Pr-145,144.91451800(800),,140.90765(2) +59-Pr-146,145.9176900(400),,140.90765(2) +59-Pr-147,146.9190070(170),,140.90765(2) +59-Pr-148,147.9221300(160),,140.90765(2) +59-Pr-149,148.9237360(110),,140.90765(2) +59-Pr-150,149.9266760(100),,140.90765(2) +59-Pr-151,150.9283090(130),,140.90765(2) +59-Pr-152,151.9315530(200),,140.90765(2) +59-Pr-153,152.9339040(130),,140.90765(2) +59-Pr-154,153.937890(110),,140.90765(2) +59-Pr-155,154.9405090(180),,140.90765(2) +59-Pr-156,155.94476690(110),,140.90765(2) +59-Pr-157,156.94800300(300),,140.90765(2) +59-Pr-158,157.952600(320)#,,140.90765(2) +59-Pr-159,158.956230(430)#,,140.90765(2) +60-Nd-126,125.942690(320)#,,144.24(3) +60-Nd-127,126.939980(320)#,,144.24(3) +60-Nd-128,127.935020(220)#,,144.24(3) +60-Nd-129,128.933040(220)#,,144.24(3) +60-Nd-130,129.9285100(300),,144.24(3) +60-Nd-131,130.9272480(300),,144.24(3) +60-Nd-132,131.9233210(260),,144.24(3) +60-Nd-133,132.9223500(500),,144.24(3) +60-Nd-134,133.9187900(130),,144.24(3) +60-Nd-135,134.9181810(210),,144.24(3) +60-Nd-136,135.9149760(130),,144.24(3) +60-Nd-137,136.9145630(130),,144.24(3) +60-Nd-138,137.9119510(120),,144.24(3) +60-Nd-139,138.9119510(300),,144.24(3) +60-Nd-140,139.90954600(400),,144.24(3) +60-Nd-141,140.90961700(300),,144.24(3) +60-Nd-142,141.90772880(130),27.2(5),144.24(3) +60-Nd-143,142.90981980(130),12.2(2),144.24(3) +60-Nd-144,143.91009280(130),23.8(3),144.24(3) +60-Nd-145,144.91257920(140),8.3(1),144.24(3) +60-Nd-146,145.91312250(140),17.2(3),144.24(3) +60-Nd-147,146.91610600(140),,144.24(3) +60-Nd-148,147.91689900(220),5.7(1),144.24(3) +60-Nd-149,148.92015460(220),,144.24(3) +60-Nd-150,149.92090130(120),5.6(2),144.24(3) +60-Nd-151,150.92383940(120),,144.24(3) +60-Nd-152,151.9246910(260),,144.24(3) +60-Nd-153,152.92771790(290),,144.24(3) +60-Nd-154,153.92959740(110),,144.24(3) +60-Nd-155,154.9331360(100),,144.24(3) +60-Nd-156,155.93537040(140),,144.24(3) +60-Nd-157,156.93935110(230),,144.24(3) +60-Nd-158,157.94220560(140),,144.24(3) +60-Nd-159,158.9466200(300),,144.24(3) +60-Nd-160,159.9498400(500),,144.24(3) +60-Nd-161,160.954660(430)#,,144.24(3) +61-Pm-128,127.948230(320)#,,[145] +61-Pm-129,128.942910(320)#,,[145] +61-Pm-130,129.940450(220)#,,[145] +61-Pm-131,130.935830(220)#,,[145] +61-Pm-132,131.933840(160)#,,[145] +61-Pm-133,132.9297800(500),,[145] +61-Pm-134,133.9283300(500),,[145] +61-Pm-135,134.9247900(900),,[145] +61-Pm-136,135.9236000(700),,[145] +61-Pm-137,136.9204800(140),,[145] +61-Pm-138,137.9195760(120),,[145] +61-Pm-139,138.9167990(150),,[145] +61-Pm-140,139.9160360(260),,[145] +61-Pm-141,140.9135550(150),,[145] +61-Pm-142,141.9128910(250),,[145] +61-Pm-143,142.91093800(300),,[145] +61-Pm-144,143.91259600(300),,[145] +61-Pm-145,144.91275600(300),,[145] +61-Pm-146,145.91470200(500),,[145] +61-Pm-147,146.91514490(140),,[145] +61-Pm-148,147.91748100(600),,[145] +61-Pm-149,148.91834150(230),,[145] +61-Pm-150,149.9209900(220),,[145] +61-Pm-151,150.92121700(500),,[145] +61-Pm-152,151.9235050(280),,[145] +61-Pm-153,152.9241560(100),,[145] +61-Pm-154,153.9267130(270),,[145] +61-Pm-155,154.92813700(500),,[145] +61-Pm-156,155.93111410(130),,[145] +61-Pm-157,156.93312100(800),,[145] +61-Pm-158,157.93654690(100),,[145] +61-Pm-159,158.9392860(110),,[145] +61-Pm-160,159.94321530(220),,[145] +61-Pm-161,160.9462300(100),,[145] +61-Pm-162,161.950570(320)#,,[145] +61-Pm-163,162.953880(430)#,,[145] +62-Sm-130,129.948790(430)#,,150.36(3) +62-Sm-131,130.946020(430)#,,150.36(3) +62-Sm-132,131.940810(320)#,,150.36(3) +62-Sm-133,132.938560(320)#,,150.36(3) +62-Sm-134,133.934110(210)#,,150.36(3) +62-Sm-135,134.932520(170),,150.36(3) +62-Sm-136,135.9282760(130),,150.36(3) +62-Sm-137,136.9270100(300),,150.36(3) +62-Sm-138,137.9232440(130),,150.36(3) +62-Sm-139,138.9222970(120),,150.36(3) +62-Sm-140,139.9189950(130),,150.36(3) +62-Sm-141,140.91848200(900),,150.36(3) +62-Sm-142,141.91520940(200),,150.36(3) +62-Sm-143,142.91463480(300),,150.36(3) +62-Sm-144,143.91200630(160),3.07(7),150.36(3) +62-Sm-145,144.91341720(160),,150.36(3) +62-Sm-146,145.91304700(300),,150.36(3) +62-Sm-147,146.91490440(140),14.99(18),150.36(3) +62-Sm-148,147.91482920(130),11.24(10),150.36(3) +62-Sm-149,148.91719120(120),13.82(7),150.36(3) +62-Sm-150,149.91728200(120),7.38(1),150.36(3) +62-Sm-151,150.91993890(120),,150.36(3) +62-Sm-152,151.91973860(110),26.75(16),150.36(3) +62-Sm-153,152.92210360(110),,150.36(3) +62-Sm-154,153.92221580(140),22.75(29),150.36(3) +62-Sm-155,154.92464660(140),,150.36(3) +62-Sm-156,155.92553800(900),,150.36(3) +62-Sm-157,156.92841900(500),,150.36(3) +62-Sm-158,157.92994900(500),,150.36(3) +62-Sm-159,158.93321700(600),,150.36(3) +62-Sm-160,159.93533700(210),,150.36(3) +62-Sm-161,160.93916000(700),,150.36(3) +62-Sm-162,161.94162200(400),,150.36(3) +62-Sm-163,162.94567900(800),,150.36(3) +62-Sm-164,163.94855000(400),,150.36(3) +62-Sm-165,164.953290(430)#,,150.36(3) +63-Eu-132,131.954700(430)#,,151.964(1) +63-Eu-133,132.949290(320)#,,151.964(1) +63-Eu-134,133.946540(320)#,,151.964(1) +63-Eu-135,134.941870(210)#,,151.964(1) +63-Eu-136,135.939620(210)#,,151.964(1) +63-Eu-137,136.93543100(500),,151.964(1) +63-Eu-138,137.9337100(300),,151.964(1) +63-Eu-139,138.9297920(140),,151.964(1) +63-Eu-140,139.9280900(600),,151.964(1) +63-Eu-141,140.9249320(140),,151.964(1) +63-Eu-142,141.9234500(300),,151.964(1) +63-Eu-143,142.9202990(120),,151.964(1) +63-Eu-144,143.9188190(120),,151.964(1) +63-Eu-145,144.91627300(300),,151.964(1) +63-Eu-146,145.91721100(600),,151.964(1) +63-Eu-147,146.91675240(280),,151.964(1) +63-Eu-148,147.9180910(110),,151.964(1) +63-Eu-149,148.91793700(400),,151.964(1) +63-Eu-150,149.91970700(700),,151.964(1) +63-Eu-151,150.91985660(130),47.81(3),151.964(1) +63-Eu-152,151.92175100(130),,151.964(1) +63-Eu-153,152.92123680(130),52.19(3),151.964(1) +63-Eu-154,153.92298570(130),,151.964(1) +63-Eu-155,154.92289980(130),,151.964(1) +63-Eu-156,155.92476300(400),,151.964(1) +63-Eu-157,156.92543300(500),,151.964(1) +63-Eu-158,157.92778220(220),,151.964(1) +63-Eu-159,158.92910000(500),,151.964(1) +63-Eu-160,159.93183700(100),,151.964(1) +63-Eu-161,160.9336640(110),,151.964(1) +63-Eu-162,161.93695830(140),,151.964(1) +63-Eu-163,162.93926550(100),,151.964(1) +63-Eu-164,163.94285290(220),,151.964(1) +63-Eu-165,164.94554000(600),,151.964(1) +63-Eu-166,165.949810(110)#,,151.964(1) +63-Eu-167,166.953010(430)#,,151.964(1) +64-Gd-136,135.947300(320)#,,157.25(3) +64-Gd-137,136.945020(320)#,,157.25(3) +64-Gd-138,137.940250(220)#,,157.25(3) +64-Gd-139,138.938130(210)#,,157.25(3) +64-Gd-140,139.9336700(300),,157.25(3) +64-Gd-141,140.9321260(210),,157.25(3) +64-Gd-142,141.9281200(300),,157.25(3) +64-Gd-143,142.926750(220),,157.25(3) +64-Gd-144,143.9229600(300),,157.25(3) +64-Gd-145,144.9217100(210),,157.25(3) +64-Gd-146,145.91831900(400),,157.25(3) +64-Gd-147,146.91910100(200),,157.25(3) +64-Gd-148,147.91812140(160),,157.25(3) +64-Gd-149,148.91934800(400),,157.25(3) +64-Gd-150,149.91866400(700),,157.25(3) +64-Gd-151,150.92035500(300),,157.25(3) +64-Gd-152,151.91979840(110),0.20(1),157.25(3) +64-Gd-153,152.92175690(110),,157.25(3) +64-Gd-154,153.92087300(110),2.18(3),157.25(3) +64-Gd-155,154.92262940(110),14.80(12),157.25(3) +64-Gd-156,155.92213010(110),20.47(9),157.25(3) +64-Gd-157,156.92396740(100),15.65(2),157.25(3) +64-Gd-158,157.92411120(100),24.84(7),157.25(3) +64-Gd-159,158.92639580(110),,157.25(3) +64-Gd-160,159.92706120(120),21.86(19),157.25(3) +64-Gd-161,160.92967630(160),,157.25(3) +64-Gd-162,161.93099200(400),,157.25(3) +64-Gd-163,162.934096600(900),,157.25(3) +64-Gd-164,163.93591620(110),,157.25(3) +64-Gd-165,164.93931710(140),,157.25(3) +64-Gd-166,165.94163040(170),,157.25(3) +64-Gd-167,166.94549000(600),,157.25(3) +64-Gd-168,167.948310(320)#,,157.25(3) +64-Gd-169,168.952880(430)#,,157.25(3) +65-Tb-138,137.953190(320)#,,158.92534(2) +65-Tb-139,138.948330(320)#,,158.92534(2) +65-Tb-140,139.945810(860),,158.92534(2) +65-Tb-141,140.941450(110),,158.92534(2) +65-Tb-142,141.939280(750),,158.92534(2) +65-Tb-143,142.9351400(600),,158.92534(2) +65-Tb-144,143.9330500(300),,158.92534(2) +65-Tb-145,144.928720(120),,158.92534(2) +65-Tb-146,145.9272500(500),,158.92534(2) +65-Tb-147,146.92405500(900),,158.92534(2) +65-Tb-148,147.9242750(130),,158.92534(2) +65-Tb-149,148.92325400(400),,158.92534(2) +65-Tb-150,149.92366500(800),,158.92534(2) +65-Tb-151,150.92310900(400),,158.92534(2) +65-Tb-152,151.9240800(400),,158.92534(2) +65-Tb-153,152.92344200(400),,158.92534(2) +65-Tb-154,153.9246800(500),,158.92534(2) +65-Tb-155,154.9235100(110),,158.92534(2) +65-Tb-156,155.92475400(400),,158.92534(2) +65-Tb-157,156.92403190(110),,158.92534(2) +65-Tb-158,157.92541990(140),,158.92534(2) +65-Tb-159,158.92535370(120),100,158.92534(2) +65-Tb-160,159.92717460(120),,158.92534(2) +65-Tb-161,160.92757680(130),,158.92534(2) +65-Tb-162,161.92927540(220),,158.92534(2) +65-Tb-163,162.93065400(400),,158.92534(2) +65-Tb-164,163.93332760(200),,158.92534(2) +65-Tb-165,164.93495520(170),,158.92534(2) +65-Tb-166,165.93793970(160),,158.92534(2) +65-Tb-167,166.94000700(210),,158.92534(2) +65-Tb-168,167.94333700(500),,158.92534(2) +65-Tb-169,168.945810(320)#,,158.92534(2) +65-Tb-170,169.949860(320)#,,158.92534(2) +65-Tb-171,170.953010(430)#,,158.92534(2) +66-Dy-140,139.954020(430)#,,162.500(1) +66-Dy-141,140.951280(320)#,,162.500(1) +66-Dy-142,141.946190(780)#,,162.500(1) +66-Dy-143,142.9439940(140),,162.500(1) +66-Dy-144,143.93927000(800),,162.500(1) +66-Dy-145,144.93747400(700),,162.500(1) +66-Dy-146,145.93284500(700),,162.500(1) +66-Dy-147,146.9310830(100),,162.500(1) +66-Dy-148,147.92715000(900),,162.500(1) +66-Dy-149,148.9273280(100),,162.500(1) +66-Dy-150,149.92559300(500),,162.500(1) +66-Dy-151,150.92619100(300),,162.500(1) +66-Dy-152,151.92472500(500),,162.500(1) +66-Dy-153,152.92577200(400),,162.500(1) +66-Dy-154,153.92442900(800),,162.500(1) +66-Dy-155,154.9257580(100),,162.500(1) +66-Dy-156,155.92428360(110),0.06(1),162.500(1) +66-Dy-157,156.92547000(600),,162.500(1) +66-Dy-158,157.92441480(250),0.10(1),162.500(1) +66-Dy-159,158.92574590(150),,162.500(1) +66-Dy-160,159.925203600(800),2.34(8),162.500(1) +66-Dy-161,160.926939400(700),18.91(24),162.500(1) +66-Dy-162,161.926804500(700),25.51(26),162.500(1) +66-Dy-163,162.928737200(700),24.90(16),162.500(1) +66-Dy-164,163.929180800(700),28.18(37),162.500(1) +66-Dy-165,164.931709400(700),,162.500(1) +66-Dy-166,165.932812800(900),,162.500(1) +66-Dy-167,166.93568200(400),,162.500(1) +66-Dy-168,167.937130(150),,162.500(1) +66-Dy-169,168.940320(320),,162.500(1) +66-Dy-170,169.942340(220)#,,162.500(1) +66-Dy-171,170.946310(220)#,,162.500(1) +66-Dy-172,171.948730(320)#,,162.500(1) +66-Dy-173,172.953040(430)#,,162.500(1) +67-Ho-142,141.960010(430)#,,164.93032(2) +67-Ho-143,142.954860(320)#,,164.93032(2) +67-Ho-144,143.95211000(900),,164.93032(2) +67-Ho-145,144.94726700(800),,164.93032(2) +67-Ho-146,145.94499400(700),,164.93032(2) +67-Ho-147,146.94014200(500),,164.93032(2) +67-Ho-148,147.9377400(900),,164.93032(2) +67-Ho-149,148.9338200(130),,164.93032(2) +67-Ho-150,149.9334980(150),,164.93032(2) +67-Ho-151,150.93169800(900),,164.93032(2) +67-Ho-152,151.9317180(130),,164.93032(2) +67-Ho-153,152.93020700(500),,164.93032(2) +67-Ho-154,153.93060700(900),,164.93032(2) +67-Ho-155,154.9291030(190),,164.93032(2) +67-Ho-156,155.9296400(400),,164.93032(2) +67-Ho-157,156.9282520(250),,164.93032(2) +67-Ho-158,157.9289450(290),,164.93032(2) +67-Ho-159,158.92771900(300),,164.93032(2) +67-Ho-160,159.9287360(160),,164.93032(2) +67-Ho-161,160.92786180(230),,164.93032(2) +67-Ho-162,161.92910300(300),,164.93032(2) +67-Ho-163,162.928740300(700),,164.93032(2) +67-Ho-164,163.93024050(150),,164.93032(2) +67-Ho-165,164.930329100(800),100,164.93032(2) +67-Ho-166,165.932291200(800),,164.93032(2) +67-Ho-167,166.93314000(600),,164.93032(2) +67-Ho-168,167.9355200(300),,164.93032(2) +67-Ho-169,168.9368800(220),,164.93032(2) +67-Ho-170,169.9396300(500),,164.93032(2) +67-Ho-171,170.941470(640),,164.93032(2) +67-Ho-172,171.944730(210)#,,164.93032(2) +67-Ho-173,172.947020(320)#,,164.93032(2) +67-Ho-174,173.950760(320)#,,164.93032(2) +67-Ho-175,174.953520(430)#,,164.93032(2) +68-Er-144,143.960700(210)#,,167.259(3) +68-Er-145,144.957870(220)#,,167.259(3) +68-Er-146,145.95241800(700),,167.259(3) +68-Er-147,146.9499600(400),,167.259(3) +68-Er-148,147.9447350(110),,167.259(3) +68-Er-149,148.9423100(300),,167.259(3) +68-Er-150,149.9379160(180),,167.259(3) +68-Er-151,150.9374490(180),,167.259(3) +68-Er-152,151.93505000(900),,167.259(3) +68-Er-153,152.9350860(100),,167.259(3) +68-Er-154,153.93279100(500),,167.259(3) +68-Er-155,154.93321600(700),,167.259(3) +68-Er-156,155.9310660(260),,167.259(3) +68-Er-157,156.9319230(280),,167.259(3) +68-Er-158,157.9298930(270),,167.259(3) +68-Er-159,158.93069100(400),,167.259(3) +68-Er-160,159.9290770(260),,167.259(3) +68-Er-161,160.93000400(900),,167.259(3) +68-Er-162,161.928787300(800),0.14(1),167.259(3) +68-Er-163,162.93004000(500),,167.259(3) +68-Er-164,163.929207700(800),1.61(3),167.259(3) +68-Er-165,164.93073350(100),,167.259(3) +68-Er-166,165.930301100(400),33.61(35),167.259(3) +68-Er-167,166.932056200(300),22.93(17),167.259(3) +68-Er-168,167.932378280(280),26.78(26),167.259(3) +68-Er-169,168.934598400(300),,167.259(3) +68-Er-170,169.93547190(150),14.93(27),167.259(3) +68-Er-171,170.93803740(150),,167.259(3) +68-Er-172,171.93936300(400),,167.259(3) +68-Er-173,172.942400(210)#,,167.259(3) +68-Er-174,173.944230(320)#,,167.259(3) +68-Er-175,174.947770(430)#,,167.259(3) +68-Er-176,175.949940(430)#,,167.259(3) +68-Er-177,176.953990(540)#,,167.259(3) +69-Tm-146,145.966660(220)#,,168.93421(2) +69-Tm-147,146.96138000(700),,168.93421(2) +69-Tm-148,147.9583840(110),,168.93421(2) +69-Tm-149,148.952830(220)#,,168.93421(2) +69-Tm-150,149.950090(210)#,,168.93421(2) +69-Tm-151,150.9454940(210),,168.93421(2) +69-Tm-152,151.9444800(600),,168.93421(2) +69-Tm-153,152.9420580(130),,168.93421(2) +69-Tm-154,153.9415700(150),,168.93421(2) +69-Tm-155,154.9392100(110),,168.93421(2) +69-Tm-156,155.9389860(150),,168.93421(2) +69-Tm-157,156.9369700(300),,168.93421(2) +69-Tm-158,157.9369800(270),,168.93421(2) +69-Tm-159,158.9349800(300),,168.93421(2) +69-Tm-160,159.9352600(400),,168.93421(2) +69-Tm-161,160.9335500(300),,168.93421(2) +69-Tm-162,161.9340010(280),,168.93421(2) +69-Tm-163,162.93265800(600),,168.93421(2) +69-Tm-164,163.9335380(270),,168.93421(2) +69-Tm-165,164.93244180(180),,168.93421(2) +69-Tm-166,165.9335620(120),,168.93421(2) +69-Tm-167,166.93285720(140),,168.93421(2) +69-Tm-168,167.93417850(180),,168.93421(2) +69-Tm-169,168.934219000(800),100,168.93421(2) +69-Tm-170,169.935807100(800),,168.93421(2) +69-Tm-171,170.93643520(100),,168.93421(2) +69-Tm-172,171.93840700(600),,168.93421(2) +69-Tm-173,172.93960700(500),,168.93421(2) +69-Tm-174,173.9421700(500),,168.93421(2) +69-Tm-175,174.9438400(500),,168.93421(2) +69-Tm-176,175.947000(110),,168.93421(2) +69-Tm-177,176.948930(220)#,,168.93421(2) +69-Tm-178,177.952510(320)#,,168.93421(2) +69-Tm-179,178.955020(430)#,,168.93421(2) +70-Yb-148,147.967550(430)#,,173.04(3) +70-Yb-149,148.964220(320)#,,173.04(3) +70-Yb-150,149.958310(320)#,,173.04(3) +70-Yb-151,150.955400(320),,173.04(3) +70-Yb-152,151.950330(160),,173.04(3) +70-Yb-153,152.949370(220)#,,173.04(3) +70-Yb-154,153.9463960(190),,173.04(3) +70-Yb-155,154.9457830(180),,173.04(3) +70-Yb-156,155.9428170(100),,173.04(3) +70-Yb-157,156.9426510(120),,173.04(3) +70-Yb-158,157.93987100(900),,173.04(3) +70-Yb-159,158.9400600(190),,173.04(3) +70-Yb-160,159.93755900(600),,173.04(3) +70-Yb-161,160.9379120(160),,173.04(3) +70-Yb-162,161.9357790(160),,173.04(3) +70-Yb-163,162.9363450(160),,173.04(3) +70-Yb-164,163.9345010(160),,173.04(3) +70-Yb-165,164.9352700(280),,173.04(3) +70-Yb-166,165.93387600(800),,173.04(3) +70-Yb-167,166.93495400(400),,173.04(3) +70-Yb-168,167.933891300(100),0.13(1),173.04(3) +70-Yb-169,168.935184210(190),,173.04(3) +70-Yb-170,169.9347672430(110),3.04(15),173.04(3) +70-Yb-171,170.9363315150(140),14.28(57),173.04(3) +70-Yb-172,171.9363866540(150),21.83(67),173.04(3) +70-Yb-173,172.9382162120(120),16.13(27),173.04(3) +70-Yb-174,173.9388675460(120),31.83(92),173.04(3) +70-Yb-175,174.9412819100(800),,173.04(3) +70-Yb-176,175.9425747060(160),12.76(41),173.04(3) +70-Yb-177,176.945263850(240),,173.04(3) +70-Yb-178,177.94666900(700),,173.04(3) +70-Yb-179,178.949930(220)#,,173.04(3) +70-Yb-180,179.951990(320)#,,173.04(3) +70-Yb-181,180.955890(320)#,,173.04(3) +71-Lu-150,149.973410(320)#,,174.967(1) +71-Lu-151,150.967470(320)#,,174.967(1) +71-Lu-152,151.964120(210)#,,174.967(1) +71-Lu-153,152.958800(160),,174.967(1) +71-Lu-154,153.957420(220)#,,174.967(1) +71-Lu-155,154.9543260(210),,174.967(1) +71-Lu-156,155.9530900(600),,174.967(1) +71-Lu-157,156.9501450(130),,174.967(1) +71-Lu-158,157.9493160(160),,174.967(1) +71-Lu-159,158.9466400(400),,174.967(1) +71-Lu-160,159.9460300(600),,174.967(1) +71-Lu-161,160.9435700(300),,174.967(1) +71-Lu-162,161.9432800(800),,174.967(1) +71-Lu-163,162.9411800(300),,174.967(1) +71-Lu-164,163.9413400(300),,174.967(1) +71-Lu-165,164.9394070(280),,174.967(1) +71-Lu-166,165.9398600(300),,174.967(1) +71-Lu-167,166.9382400(400),,174.967(1) +71-Lu-168,167.9387300(400),,174.967(1) +71-Lu-169,168.93764600(300),,174.967(1) +71-Lu-170,169.9384790(180),,174.967(1) +71-Lu-171,170.93791860(200),,174.967(1) +71-Lu-172,171.93909130(250),,174.967(1) +71-Lu-173,172.93893570(170),,174.967(1) +71-Lu-174,173.94034280(170),,174.967(1) +71-Lu-175,174.94077720(130),97.41(2),174.967(1) +71-Lu-176,175.94269170(130),2.59(2),174.967(1) +71-Lu-177,176.94376360(130),,174.967(1) +71-Lu-178,177.94596010(240),,174.967(1) +71-Lu-179,178.94733300(600),,174.967(1) +71-Lu-180,179.9498900(800),,174.967(1) +71-Lu-181,180.951910(140),,174.967(1) +71-Lu-182,181.955160(220)#,,174.967(1) +71-Lu-183,182.9573600(900),,174.967(1) +71-Lu-184,183.961030(220)#,,174.967(1) +72-Hf-154,153.964860(320)#,,178.49(2) +72-Hf-155,154.963170(320)#,,178.49(2) +72-Hf-156,155.959400(160),,178.49(2) +72-Hf-157,156.958290(220)#,,178.49(2) +72-Hf-158,157.9548010(190),,178.49(2) +72-Hf-159,158.9539960(180),,178.49(2) +72-Hf-160,159.9506830(100),,178.49(2) +72-Hf-161,160.9502780(250),,178.49(2) +72-Hf-162,161.9472160(100),,178.49(2) +72-Hf-163,162.9471070(280),,178.49(2) +72-Hf-164,163.9443710(170),,178.49(2) +72-Hf-165,164.9445700(300),,178.49(2) +72-Hf-166,165.9421800(300),,178.49(2) +72-Hf-167,166.9426000(300),,178.49(2) +72-Hf-168,167.9405700(300),,178.49(2) +72-Hf-169,168.9412600(300),,178.49(2) +72-Hf-170,169.9396100(300),,178.49(2) +72-Hf-171,170.9404900(300),,178.49(2) +72-Hf-172,171.9394500(260),,178.49(2) +72-Hf-173,172.9405100(300),,178.49(2) +72-Hf-174,173.94004840(240),0.16(1),178.49(2) +72-Hf-175,174.94151140(250),,178.49(2) +72-Hf-176,175.94140980(160),5.26(7),178.49(2) +72-Hf-177,176.94323020(150),18.60(9),178.49(2) +72-Hf-178,177.94370830(150),27.28(7),178.49(2) +72-Hf-179,178.94582570(150),13.62(2),178.49(2) +72-Hf-180,179.94655950(150),35.08(16),178.49(2) +72-Hf-181,180.94911080(150),,178.49(2) +72-Hf-182,181.95056400(700),,178.49(2) +72-Hf-183,182.9535300(300),,178.49(2) +72-Hf-184,183.9554500(400),,178.49(2) +72-Hf-185,184.9588600(700),,178.49(2) +72-Hf-186,185.9609000(600),,178.49(2) +73-Ta-156,155.972090(320)#,,180.9479(1) +73-Ta-157,156.968230(160),,180.9479(1) +73-Ta-158,157.966590(220)#,,180.9479(1) +73-Ta-159,158.9630280(210),,180.9479(1) +73-Ta-160,159.9615400(600),,180.9479(1) +73-Ta-161,160.9583690(260),,180.9479(1) +73-Ta-162,161.9572900(700),,180.9479(1) +73-Ta-163,162.9543400(400),,180.9479(1) +73-Ta-164,163.9535300(300),,180.9479(1) +73-Ta-165,164.9507800(150),,180.9479(1) +73-Ta-166,165.9505100(300),,180.9479(1) +73-Ta-167,166.9480900(300),,180.9479(1) +73-Ta-168,167.9480500(300),,180.9479(1) +73-Ta-169,168.9460100(300),,180.9479(1) +73-Ta-170,169.9461800(300),,180.9479(1) +73-Ta-171,170.9444800(300),,180.9479(1) +73-Ta-172,171.9449000(300),,180.9479(1) +73-Ta-173,172.9437500(300),,180.9479(1) +73-Ta-174,173.9444500(300),,180.9479(1) +73-Ta-175,174.9437400(300),,180.9479(1) +73-Ta-176,175.9448600(300),,180.9479(1) +73-Ta-177,176.94448200(400),,180.9479(1) +73-Ta-178,177.9456800(600)#,,180.9479(1) +73-Ta-179,178.94593910(160),,180.9479(1) +73-Ta-180,179.94746760(220),0.012(2),180.9479(1) +73-Ta-181,180.94799850(170),99.988(2),180.9479(1) +73-Ta-182,181.95015460(170),,180.9479(1) +73-Ta-183,182.95137540(170),,180.9479(1) +73-Ta-184,183.9540100(280),,180.9479(1) +73-Ta-185,184.9555610(150),,180.9479(1) +73-Ta-186,185.9585500(600),,180.9479(1) +73-Ta-187,186.9603900(600),,180.9479(1) +73-Ta-188,187.963600(220)#,,180.9479(1) +74-W-158,157.974570(320)#,,183.84(1) +74-W-159,158.972700(320)#,,183.84(1) +74-W-160,159.968510(160),,183.84(1) +74-W-161,160.967250(220)#,,183.84(1) +74-W-162,161.9635000(190),,183.84(1) +74-W-163,162.9625200(600),,183.84(1) +74-W-164,163.9589520(100),,183.84(1) +74-W-165,164.9582810(280),,183.84(1) +74-W-166,165.9550320(100),,183.84(1) +74-W-167,166.9548110(200),,183.84(1) +74-W-168,167.9518050(140),,183.84(1) +74-W-169,168.9517790(170),,183.84(1) +74-W-170,169.9492310(140),,183.84(1) +74-W-171,170.9494500(300),,183.84(1) +74-W-172,171.9472900(300),,183.84(1) +74-W-173,172.9476900(300),,183.84(1) +74-W-174,173.9460800(300),,183.84(1) +74-W-175,174.9467200(300),,183.84(1) +74-W-176,175.9456300(300),,183.84(1) +74-W-177,176.9466400(300),,183.84(1) +74-W-178,177.9458860(160),,183.84(1) +74-W-179,178.9470790(160),,183.84(1) +74-W-180,179.94671330(150),0.12(1),183.84(1) +74-W-181,180.94821870(160),,183.84(1) +74-W-182,181.948205600(800),26.50(16),183.84(1) +74-W-183,182.950224400(800),14.31(4),183.84(1) +74-W-184,183.950933200(800),30.64(2),183.84(1) +74-W-185,184.953421200(800),,183.84(1) +74-W-186,185.95436510(130),28.43(19),183.84(1) +74-W-187,186.95716120(130),,183.84(1) +74-W-188,187.95848800(300),,183.84(1) +74-W-189,188.961560(220)#,,183.84(1) +74-W-190,189.9631000(400),,183.84(1) +75-Re-160,159.981880(320)#,,186.207(1) +75-Re-161,160.977620(160),,186.207(1) +75-Re-162,161.975900(220)#,,186.207(1) +75-Re-163,162.9720850(200),,186.207(1) +75-Re-164,163.9705100(600),,186.207(1) +75-Re-165,164.9670860(250),,186.207(1) +75-Re-166,165.9658200(900),,186.207(1) +75-Re-167,166.9626000(400)#,,186.207(1) +75-Re-168,167.9615700(300),,186.207(1) +75-Re-169,168.9587660(120),,186.207(1) +75-Re-170,169.9582350(120),,186.207(1) +75-Re-171,170.9557200(300),,186.207(1) +75-Re-172,171.9553800(400),,186.207(1) +75-Re-173,172.9532400(300),,186.207(1) +75-Re-174,173.9531200(300),,186.207(1) +75-Re-175,174.9513800(300),,186.207(1) +75-Re-176,175.9516200(300),,186.207(1) +75-Re-177,176.9503300(300),,186.207(1) +75-Re-178,177.9509900(300),,186.207(1) +75-Re-179,178.9499900(260),,186.207(1) +75-Re-180,179.9507920(230),,186.207(1) +75-Re-181,180.9500620(130),,186.207(1) +75-Re-182,181.951210(110),,186.207(1) +75-Re-183,182.95082100(900),,186.207(1) +75-Re-184,183.95252800(500),,186.207(1) +75-Re-185,184.952958300(900),37.40(2),186.207(1) +75-Re-186,185.954989200(900),,186.207(1) +75-Re-187,186.955752200(800),62.60(2),186.207(1) +75-Re-188,187.958113700(800),,186.207(1) +75-Re-189,188.95922800(900),,186.207(1) +75-Re-190,189.96180000(500),,186.207(1) +75-Re-191,190.9631230(110),,186.207(1) +75-Re-192,191.9660900(800),,186.207(1) +76-Os-162,161.984430(320)#,,190.23(3) +76-Os-163,162.982460(320)#,,190.23(3) +76-Os-164,163.978070(160),,190.23(3) +76-Os-165,164.976650(220)#,,190.23(3) +76-Os-166,165.9726980(190),,190.23(3) +76-Os-167,166.9715500(900),,190.23(3) +76-Os-168,167.9677990(110),,190.23(3) +76-Os-169,168.9670180(280),,190.23(3) +76-Os-170,169.9635790(100),,190.23(3) +76-Os-171,170.9631800(200),,190.23(3) +76-Os-172,171.9600170(140),,190.23(3) +76-Os-173,172.9598080(160),,190.23(3) +76-Os-174,173.9570630(110),,190.23(3) +76-Os-175,174.9569450(130),,190.23(3) +76-Os-176,175.9547700(120),,190.23(3) +76-Os-177,176.9549580(160),,190.23(3) +76-Os-178,177.9532530(150),,190.23(3) +76-Os-179,178.9538160(170),,190.23(3) +76-Os-180,179.9523820(170),,190.23(3) +76-Os-181,180.9532470(270),,190.23(3) +76-Os-182,181.9521100(230),,190.23(3) +76-Os-183,182.9531300(500),,190.23(3) +76-Os-184,183.952492900(900),0.02(1),190.23(3) +76-Os-185,184.954046000(900),,190.23(3) +76-Os-186,185.953837600(800),1.59(3),190.23(3) +76-Os-187,186.955749600(800),1.96(2),190.23(3) +76-Os-188,187.955837300(800),13.24(8),190.23(3) +76-Os-189,188.958145900(700),16.15(5),190.23(3) +76-Os-190,189.958445400(700),26.26(2),190.23(3) +76-Os-191,190.960928100(700),,190.23(3) +76-Os-192,191.96147880(250),40.78(19),190.23(3) +76-Os-193,192.96414960(250),,190.23(3) +76-Os-194,193.96517940(260),,190.23(3) +76-Os-195,194.9683200(600),,190.23(3) +76-Os-196,195.9696400(400),,190.23(3) +77-Ir-165,164.987550(170)#,,192.217(3) +77-Ir-166,165.985720(220)#,,192.217(3) +77-Ir-167,166.9816720(200),,192.217(3) +77-Ir-168,167.9799600(600),,192.217(3) +77-Ir-169,168.9762820(250),,192.217(3) +77-Ir-170,169.975110(110)#,,192.217(3) +77-Ir-171,170.9716500(400),,192.217(3) +77-Ir-172,171.9706100(300),,192.217(3) +77-Ir-173,172.9675050(110),,192.217(3) +77-Ir-174,173.9669500(120),,192.217(3) +77-Ir-175,174.9641500(130),,192.217(3) +77-Ir-176,175.96362600(900),,192.217(3) +77-Ir-177,176.9613020(210),,192.217(3) +77-Ir-178,177.9610790(200),,192.217(3) +77-Ir-179,178.9591180(100),,192.217(3) +77-Ir-180,179.9592290(230),,192.217(3) +77-Ir-181,180.95763500(600),,192.217(3) +77-Ir-182,181.9580760(230),,192.217(3) +77-Ir-183,182.9568410(260),,192.217(3) +77-Ir-184,183.9574800(300),,192.217(3) +77-Ir-185,184.9567000(300),,192.217(3) +77-Ir-186,185.9579470(180),,192.217(3) +77-Ir-187,186.9575400(300),,192.217(3) +77-Ir-188,187.9588350(100),,192.217(3) +77-Ir-189,188.9587230(140),,192.217(3) +77-Ir-190,189.96054340(150),,192.217(3) +77-Ir-191,190.96059150(140),37.3(2),192.217(3) +77-Ir-192,191.96260240(140),,192.217(3) +77-Ir-193,192.96292380(140),62.7(2),192.217(3) +77-Ir-194,193.96507570(140),,192.217(3) +77-Ir-195,194.96597690(140),,192.217(3) +77-Ir-196,195.9684000(400),,192.217(3) +77-Ir-197,196.9696570(220),,192.217(3) +77-Ir-198,197.972400(220)#,,192.217(3) +77-Ir-199,198.9738100(400),,192.217(3) +78-Pt-168,167.988180(160),,195.078(2) +78-Pt-169,168.986620(220)#,,195.078(2) +78-Pt-170,169.9825020(200),,195.078(2) +78-Pt-171,170.9812500(900),,195.078(2) +78-Pt-172,171.9773410(110),,195.078(2) +78-Pt-173,172.9764500(700),,195.078(2) +78-Pt-174,173.9728200(110),,195.078(2) +78-Pt-175,174.9724010(200),,195.078(2) +78-Pt-176,175.9689380(140),,195.078(2) +78-Pt-177,176.9684700(160),,195.078(2) +78-Pt-178,177.9656490(110),,195.078(2) +78-Pt-179,178.96535900(900),,195.078(2) +78-Pt-180,179.9630380(110),,195.078(2) +78-Pt-181,180.9630900(150),,195.078(2) +78-Pt-182,181.9611720(140),,195.078(2) +78-Pt-183,182.9615960(150),,195.078(2) +78-Pt-184,183.9599220(160),,195.078(2) +78-Pt-185,184.9606140(280),,195.078(2) +78-Pt-186,185.9593510(230),,195.078(2) +78-Pt-187,186.9606170(260),,195.078(2) +78-Pt-188,187.95939800(600),,195.078(2) +78-Pt-189,188.9608480(110),,195.078(2) +78-Pt-190,189.959949800(700),0.014(1),195.078(2) +78-Pt-191,190.96167600(400),,195.078(2) +78-Pt-192,191.96104270(280),0.782(7),195.078(2) +78-Pt-193,192.96298450(150),,195.078(2) +78-Pt-194,193.962683500(500),32.967(99),195.078(2) +78-Pt-195,194.964794300(500),33.832(10),195.078(2) +78-Pt-196,195.964954600(500),25.242(41),195.078(2) +78-Pt-197,196.967343000(600),,195.078(2) +78-Pt-198,197.96789670(230),7.163(55),195.078(2) +78-Pt-199,198.97059700(230),,195.078(2) +78-Pt-200,199.9714450(220),,195.078(2) +78-Pt-201,200.9745100(500),,195.078(2) +78-Pt-202,201.9756390(270),,195.078(2) +79-Au-171,170.9918820(220),,196.96655(2) +79-Au-172,171.9900000(600),,196.96655(2) +79-Au-173,172.9862240(240),,196.96655(2) +79-Au-174,173.984910(110)#,,196.96655(2) +79-Au-175,174.9813200(400),,196.96655(2) +79-Au-176,175.9801200(400),,196.96655(2) +79-Au-177,176.9768700(110),,196.96655(2) +79-Au-178,177.9760570(110),,196.96655(2) +79-Au-179,178.9731740(130),,196.96655(2) +79-Au-180,179.97249000(500),,196.96655(2) +79-Au-181,180.9700790(210),,196.96655(2) +79-Au-182,181.9696140(200),,196.96655(2) +79-Au-183,182.9675880(100),,196.96655(2) +79-Au-184,183.9674520(240),,196.96655(2) +79-Au-185,184.96579890(280),,196.96655(2) +79-Au-186,185.9659530(230),,196.96655(2) +79-Au-187,186.9645420(240),,196.96655(2) +79-Au-188,187.96524800(290),,196.96655(2) +79-Au-189,188.9639480(220),,196.96655(2) +79-Au-190,189.96475200(400),,196.96655(2) +79-Au-191,190.96371600(500),,196.96655(2) +79-Au-192,191.9648180(170),,196.96655(2) +79-Au-193,192.96413800(900),,196.96655(2) +79-Au-194,193.96541910(230),,196.96655(2) +79-Au-195,194.96503780(120),,196.96655(2) +79-Au-196,195.96657100(300),,196.96655(2) +79-Au-197,196.966570100(600),100,196.96655(2) +79-Au-198,197.968243700(600),,196.96655(2) +79-Au-199,198.968766600(600),,196.96655(2) +79-Au-200,199.9707570(290),,196.96655(2) +79-Au-201,200.97165800(300),,196.96655(2) +79-Au-202,201.9738560(250),,196.96655(2) +79-Au-203,202.97515400(300),,196.96655(2) +79-Au-204,203.978110(220)#,,196.96655(2) +79-Au-205,204.980060(220)#,,196.96655(2) +80-Hg-175,174.9914400(900),,200.59(2) +80-Hg-176,175.9873490(120),,200.59(2) +80-Hg-177,176.9862800(900),,200.59(2) +80-Hg-178,177.9824850(120),,200.59(2) +80-Hg-179,178.9818200(300),,200.59(2) +80-Hg-180,179.9782600(140),,200.59(2) +80-Hg-181,180.9778190(170),,200.59(2) +80-Hg-182,181.9746890(110),,200.59(2) +80-Hg-183,182.97444500(800),,200.59(2) +80-Hg-184,183.9717180(100),,200.59(2) +80-Hg-185,184.9718910(150),,200.59(2) +80-Hg-186,185.9693620(130),,200.59(2) +80-Hg-187,186.9698140(140),,200.59(2) +80-Hg-188,187.96758100(700),,200.59(2) +80-Hg-189,188.9681900(300),,200.59(2) +80-Hg-190,189.9663220(170),,200.59(2) +80-Hg-191,190.9671580(240),,200.59(2) +80-Hg-192,191.9656340(170),,200.59(2) +80-Hg-193,192.9666530(170),,200.59(2) +80-Hg-194,193.96544900(300),,200.59(2) +80-Hg-195,194.9667060(250),,200.59(2) +80-Hg-196,195.96583300(300),0.15(1),200.59(2) +80-Hg-197,196.96721400(300),,200.59(2) +80-Hg-198,197.966769200(500),9.97(20),200.59(2) +80-Hg-199,198.968281000(600),16.87(22),200.59(2) +80-Hg-200,199.968326900(600),23.10(19),200.59(2) +80-Hg-201,200.970303100(800),13.18(9),200.59(2) +80-Hg-202,201.970643600(800),29.86(26),200.59(2) +80-Hg-203,202.97287240(180),,200.59(2) +80-Hg-204,203.973494000(500),6.87(15),200.59(2) +80-Hg-205,204.97607300(400),,200.59(2) +80-Hg-206,205.9775140(220),,200.59(2) +80-Hg-207,206.9823000(300),,200.59(2) +80-Hg-208,207.9857600(300),,200.59(2) +81-Tl-177,176.9964140(230),,204.3833(2) +81-Tl-178,177.995050(110)#,,204.3833(2) +81-Tl-179,178.9911200(400),,204.3833(2) +81-Tl-180,179.9899200(800),,204.3833(2) +81-Tl-181,180.9862600(100),,204.3833(2) +81-Tl-182,181.9856930(130),,204.3833(2) +81-Tl-183,182.9821930(100),,204.3833(2) +81-Tl-184,183.9818750(110),,204.3833(2) +81-Tl-185,184.9787890(220),,204.3833(2) +81-Tl-186,185.9786550(220),,204.3833(2) +81-Tl-187,186.97590500(900),,204.3833(2) +81-Tl-188,187.9760200(300),,204.3833(2) +81-Tl-189,188.97357400(900),,204.3833(2) +81-Tl-190,189.97384200(800),,204.3833(2) +81-Tl-191,190.97178400(800),,204.3833(2) +81-Tl-192,191.9722300(300),,204.3833(2) +81-Tl-193,192.97050200(700),,204.3833(2) +81-Tl-194,193.9710810(150),,204.3833(2) +81-Tl-195,194.9697740(120),,204.3833(2) +81-Tl-196,195.9704810(130),,204.3833(2) +81-Tl-197,196.9695600(150),,204.3833(2) +81-Tl-198,197.97044700(800),,204.3833(2) +81-Tl-199,198.9698800(300),,204.3833(2) +81-Tl-200,199.97096400(600),,204.3833(2) +81-Tl-201,200.9708200(150),,204.3833(2) +81-Tl-202,201.97210890(200),,204.3833(2) +81-Tl-203,202.97234410(130),29.524(14),204.3833(2) +81-Tl-204,203.97386340(120),,204.3833(2) +81-Tl-205,204.97442730(130),70.476(14),204.3833(2) +81-Tl-206,205.97611010(140),,204.3833(2) +81-Tl-207,206.97741900(600),,204.3833(2) +81-Tl-208,207.98201800(200),,204.3833(2) +81-Tl-209,208.98535200(700),,204.3833(2) +81-Tl-210,209.9900730(120),,204.3833(2) +82-Pb-181,180.9966600(900),,207.2(1) +82-Pb-182,181.9926740(130),,207.2(1) +82-Pb-183,182.9918600(300),,207.2(1) +82-Pb-184,183.9881360(140),,207.2(1) +82-Pb-185,184.9876100(170),,207.2(1) +82-Pb-186,185.9842390(120),,207.2(1) +82-Pb-187,186.98391100(500),,207.2(1) +82-Pb-188,187.9808790(110),,207.2(1) +82-Pb-189,188.9808440(150),,207.2(1) +82-Pb-190,189.9780820(130),,207.2(1) +82-Pb-191,190.97821600(700),,207.2(1) +82-Pb-192,191.97579000(600),,207.2(1) +82-Pb-193,192.9761360(110),,207.2(1) +82-Pb-194,193.9740120(190),,207.2(1) +82-Pb-195,194.97451600(500),,207.2(1) +82-Pb-196,195.97278800(800),,207.2(1) +82-Pb-197,196.97343500(500),,207.2(1) +82-Pb-198,197.97201500(900),,207.2(1) +82-Pb-199,198.97291300(700),,207.2(1) +82-Pb-200,199.9718190(110),,207.2(1) +82-Pb-201,200.9728700(150),,207.2(1) +82-Pb-202,201.97215200(400),,207.2(1) +82-Pb-203,202.97339100(700),,207.2(1) +82-Pb-204,203.97304350(120),1.4(1),207.2(1) +82-Pb-205,204.97448170(120),,207.2(1) +82-Pb-206,205.97446520(120),24.1(1),207.2(1) +82-Pb-207,206.97589680(120),22.1(1),207.2(1) +82-Pb-208,207.97665200(120),52.4(1),207.2(1) +82-Pb-209,208.98109000(190),,207.2(1) +82-Pb-210,209.98418840(160),,207.2(1) +82-Pb-211,210.98873530(240),,207.2(1) +82-Pb-212,211.99189590(200),,207.2(1) +82-Pb-213,212.99656100(700),,207.2(1) +82-Pb-214,213.99980350(210),,207.2(1) +83-Bi-185,184.9976000(900)#,,208.98038(2) +83-Bi-186,185.9966230(180),,208.98038(2) +83-Bi-187,186.9931470(110),,208.98038(2) +83-Bi-188,187.9922760(120),,208.98038(2) +83-Bi-189,188.9891950(220),,208.98038(2) +83-Bi-190,189.9886250(230),,208.98038(2) +83-Bi-191,190.98578700(800),,208.98038(2) +83-Bi-192,191.9854700(300),,208.98038(2) +83-Bi-193,192.98294700(800),,208.98038(2) +83-Bi-194,193.98279900(600),,208.98038(2) +83-Bi-195,194.98064900(600),,208.98038(2) +83-Bi-196,195.9806670(260),,208.98038(2) +83-Bi-197,196.97886500(900),,208.98038(2) +83-Bi-198,197.9792010(300),,208.98038(2) +83-Bi-199,198.9776730(110),,208.98038(2) +83-Bi-200,199.9781310(240),,208.98038(2) +83-Bi-201,200.9769950(130),,208.98038(2) +83-Bi-202,201.9777230(150),,208.98038(2) +83-Bi-203,202.9768920(140),,208.98038(2) +83-Bi-204,203.9778360(100),,208.98038(2) +83-Bi-205,204.97738500(500),,208.98038(2) +83-Bi-206,205.97849900(800),,208.98038(2) +83-Bi-207,206.97847060(260),,208.98038(2) +83-Bi-208,207.97974210(250),,208.98038(2) +83-Bi-209,208.98039860(150),100,208.98038(2) +83-Bi-210,209.98412020(150),,208.98038(2) +83-Bi-211,210.98726900(600),,208.98038(2) +83-Bi-212,211.99128500(200),,208.98038(2) +83-Bi-213,212.99438400(500),,208.98038(2) +83-Bi-214,213.9987110(120),,208.98038(2) +83-Bi-215,215.00174900(600),,208.98038(2) +83-Bi-216,216.0063060(120),,208.98038(2) +84-Po-190,189.9951020(140),,[209] +84-Po-191,190.99455800(800),,[209] +84-Po-192,191.9913400(110),,[209] +84-Po-193,192.9910620(160),,[209] +84-Po-194,193.9881860(140),,[209] +84-Po-195,194.98806600(600),,[209] +84-Po-196,195.98554100(600),,[209] +84-Po-197,196.9856220(110),,[209] +84-Po-198,197.9833890(190),,[209] +84-Po-199,198.98364000(600),,[209] +84-Po-200,199.98181200(800),,[209] +84-Po-201,200.98226400(500),,[209] +84-Po-202,201.98073900(900),,[209] +84-Po-203,202.98141600(500),,[209] +84-Po-204,203.9803100(110),,[209] +84-Po-205,204.9811900(110),,[209] +84-Po-206,205.98047400(400),,[209] +84-Po-207,206.98159300(700),,[209] +84-Po-208,207.98124600(180),,[209] +84-Po-209,208.98243040(190),,[209] +84-Po-210,209.98287370(120),,[209] +84-Po-211,210.98665320(130),,[209] +84-Po-212,211.98886800(120),,[209] +84-Po-213,212.99285700(300),,[209] +84-Po-214,213.99520130(160),,[209] +84-Po-215,214.99941840(230),,[209] +84-Po-216,216.00191340(190),,[209] +84-Po-217,217.00631600(700),,[209] +84-Po-218,218.00897120(210),,[209] +85-At-193,192.9999280(230),,[210] +85-At-194,193.9992310(250),,[210] +85-At-195,194.9962740(100),,[210] +85-At-196,195.9958000(300),,[210] +85-At-197,196.99317700(900),,[210] +85-At-198,197.99279800(500),,[210] +85-At-199,198.99052800(600),,[210] +85-At-200,199.9903510(260),,[210] +85-At-201,200.98841700(900),,[210] +85-At-202,201.9886260(300),,[210] +85-At-203,202.9869430(110),,[210] +85-At-204,203.9872510(240),,[210] +85-At-205,204.9860610(130),,[210] +85-At-206,205.9866460(150),,[210] +85-At-207,206.9858000(130),,[210] +85-At-208,207.9866130(100),,[210] +85-At-209,208.98616900(500),,[210] +85-At-210,209.98714700(800),,[210] +85-At-211,210.98749620(290),,[210] +85-At-212,211.99073730(260),,[210] +85-At-213,212.99293700(500),,[210] +85-At-214,213.99637200(400),,[210] +85-At-215,214.99865100(700),,[210] +85-At-216,216.00242300(400),,[210] +85-At-217,217.00471800(500),,[210] +85-At-218,218.0086960(120),,[210] +85-At-219,219.01116100(300),,[210] +85-At-220,220.0154330(150),,[210] +85-At-221,221.0180170(150),,[210] +85-At-222,222.0224940(170),,[210] +85-At-223,223.0251510(150),,[210] +86-Rn-196,196.0021200(150),,[222] +86-Rn-197,197.0016210(170),,[222] +86-Rn-198,197.9986790(140),,[222] +86-Rn-199,198.99832500(800),,[222] +86-Rn-200,199.99570500(600),,[222] +86-Rn-201,200.9955910(110),,[222] +86-Rn-202,201.9932640(190),,[222] +86-Rn-203,202.99336100(600),,[222] +86-Rn-204,203.99144400(800),,[222] +86-Rn-205,204.99172300(500),,[222] +86-Rn-206,205.99019500(900),,[222] +86-Rn-207,206.99073000(500),,[222] +86-Rn-208,207.9896350(110),,[222] +86-Rn-209,208.9904010(110),,[222] +86-Rn-210,209.98968900(500),,[222] +86-Rn-211,210.99060100(700),,[222] +86-Rn-212,211.99070400(300),,[222] +86-Rn-213,212.99388500(400),,[222] +86-Rn-214,213.9953630(100),,[222] +86-Rn-215,214.99874500(700),,[222] +86-Rn-216,216.00027200(600),,[222] +86-Rn-217,217.00392800(500),,[222] +86-Rn-218,218.00560110(250),,[222] +86-Rn-219,219.00947870(230),,[222] 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+87-Fr-219,219.00925100(700),,[223] +87-Fr-220,220.01232700(400),,[223] +87-Fr-221,221.01425400(500),,[223] +87-Fr-222,222.01758300(800),,[223] +87-Fr-223,223.01973420(210),,[223] +87-Fr-224,224.0233480(120),,[223] +87-Fr-225,225.0255720(130),,[223] +87-Fr-226,226.02954500(700),,[223] +87-Fr-227,227.03186500(600),,[223] +87-Fr-228,228.03583900(700),,[223] +87-Fr-229,229.03829100(500),,[223] +87-Fr-230,230.04239100(700),,[223] +87-Fr-231,231.04517500(800),,[223] +87-Fr-232,232.0494610(150),,[223] +88-Ra-203,203.0092340(100),,[226] +88-Ra-204,204.0065070(100),,[226] +88-Ra-205,205.0062310(240),,[226] +88-Ra-206,206.0038280(190),,[226] +88-Ra-207,207.0037700(600),,[226] +88-Ra-208,208.0018550(100),,[226] +88-Ra-209,209.00199500(600),,[226] +88-Ra-210,210.0004750(100),,[226] +88-Ra-211,211.00089300(500),,[226] +88-Ra-212,211.9997870(110),,[226] +88-Ra-213,213.0003710(110),,[226] +88-Ra-214,214.00010000(600),,[226] +88-Ra-215,215.00271800(800),,[226] +88-Ra-216,216.00353400(900),,[226] 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+89-Ac-217,217.0093420(120),,[227] +89-Ac-218,218.0116500(600),,[227] +89-Ac-219,219.0124200(600),,[227] +89-Ac-220,220.01475500(700),,[227] +89-Ac-221,221.0156000(600),,[227] +89-Ac-222,222.01784400(500),,[227] +89-Ac-223,223.01913600(700),,[227] +89-Ac-224,224.02172200(400),,[227] +89-Ac-225,225.02322900(500),,[227] +89-Ac-226,226.02609700(300),,[227] +89-Ac-227,227.02775060(210),,[227] +89-Ac-228,228.03101970(220),,[227] +89-Ac-229,229.0329470(130),,[227] +89-Ac-230,230.0363270(170),,[227] +89-Ac-231,231.0383930(140),,[227] +89-Ac-232,232.0420340(140),,[227] +89-Ac-233,233.0443460(140),,[227] +89-Ac-234,234.0481390(150),,[227] +89-Ac-235,235.0508400(150),,[227] +89-Ac-236,236.0549900(400),,[227] +90-Th-210,210.0150940(200),,232.0381(1) +90-Th-211,211.0149000(900),,232.0381(1) +90-Th-212,212.0130020(110),,232.0381(1) +90-Th-213,213.0130110(100),,232.0381(1) +90-Th-214,214.0114810(110),,232.0381(1) +90-Th-215,215.01172500(700),,232.0381(1) +90-Th-216,216.0110560(120),,232.0381(1) +90-Th-217,217.0131030(110),,232.0381(1) +90-Th-218,218.0132760(110),,232.0381(1) +90-Th-219,219.0155300(600),,232.0381(1) +90-Th-220,220.0157700(150),,232.0381(1) +90-Th-221,221.01818600(900),,232.0381(1) +90-Th-222,222.0184680(110),,232.0381(1) +90-Th-223,223.02081100(900),,232.0381(1) +90-Th-224,224.0214660(100),,232.0381(1) +90-Th-225,225.02395100(500),,232.0381(1) +90-Th-226,226.02490400(500),,232.0381(1) +90-Th-227,227.02770250(220),,232.0381(1) +90-Th-228,228.02873970(190),,232.0381(1) +90-Th-229,229.03176140(260),,232.0381(1) +90-Th-230,230.03313230(130),,232.0381(1) +90-Th-231,231.03630280(130),,232.0381(1) +90-Th-232,232.03805360(150),100,232.0381(1) +90-Th-233,233.04158010(150),,232.0381(1) +90-Th-234,234.04359980(280),,232.0381(1) +90-Th-235,235.0472550(140),,232.0381(1) +90-Th-236,236.0496570(150),,232.0381(1) +90-Th-237,237.0536290(170),,232.0381(1) +90-Th-238,238.056390(300)#,,232.0381(1) +91-Pa-213,213.0211000(600),,231.03588(2) +91-Pa-214,214.0208900(900),,231.03588(2) +91-Pa-215,215.0191100(900),,231.03588(2) +91-Pa-216,216.0191350(260),,231.03588(2) +91-Pa-217,217.0183090(130),,231.03588(2) +91-Pa-218,218.0200210(190),,231.03588(2) +91-Pa-219,219.0199500(700),,231.03588(2) +91-Pa-220,220.0217700(160),,231.03588(2) +91-Pa-221,221.0218700(600),,231.03588(2) +91-Pa-222,222.0236900(900),,231.03588(2) +91-Pa-223,223.0239800(800),,231.03588(2) +91-Pa-224,224.02561700(800),,231.03588(2) +91-Pa-225,225.0261500(900),,231.03588(2) +91-Pa-226,226.0279480(120),,231.03588(2) +91-Pa-227,227.02880400(800),,231.03588(2) +91-Pa-228,228.03105100(500),,231.03588(2) +91-Pa-229,229.03209600(400),,231.03588(2) +91-Pa-230,230.03454000(300),,231.03588(2) +91-Pa-231,231.03588250(190),100,231.03588(2) +91-Pa-232,232.03859000(800),,231.03588(2) +91-Pa-233,233.04024650(140),,231.03588(2) +91-Pa-234,234.04330600(400),,231.03588(2) +91-Pa-235,235.0453990(150),,231.03588(2) +91-Pa-236,236.0486680(150),,231.03588(2) +91-Pa-237,237.0510230(140),,231.03588(2) +91-Pa-238,238.0546370(170),,231.03588(2) +91-Pa-239,239.057260(210)#,,231.03588(2) +91-Pa-240,240.061200(220)#,,231.03588(2) +92-U-218,218.0235050(150),,238.02891(3) +92-U-219,219.0250090(140),,238.02891(3) +92-U-220,220.024710(110)#,,238.02891(3) +92-U-221,221.0263200(800),,238.02891(3) +92-U-222,222.0260600(600),,238.02891(3) +92-U-223,223.0279600(600),,238.02891(3) +92-U-224,224.0276360(160),,238.02891(3) +92-U-225,225.0293850(110),,238.02891(3) +92-U-226,226.0293390(120),,238.02891(3) +92-U-227,227.03118100(900),,238.02891(3) +92-U-228,228.0313690(140),,238.02891(3) +92-U-229,229.03350600(600),,238.02891(3) +92-U-230,230.03394000(500),,238.02891(3) +92-U-231,231.03629220(290),,238.02891(3) +92-U-232,232.03715480(190),,238.02891(3) +92-U-233,233.03963430(240),,238.02891(3) +92-U-234,234.04095030(120),0.0055(2),238.02891(3) +92-U-235,235.04392810(120),0.7200(51),238.02891(3) +92-U-236,236.04556610(120),,238.02891(3) +92-U-237,237.04872830(130),,238.02891(3) +92-U-238,238.05078690(160),99.2745(106),238.02891(3) +92-U-239,239.05429200(160),,238.02891(3) +92-U-240,240.05659240(270),,238.02891(3) +92-U-241,241.060330(210)#,,238.02891(3) +92-U-242,242.062930(220)#,,238.02891(3) +93-Np-225,225.033940(100),,[237] +93-Np-226,226.035230(110),,[237] +93-Np-227,227.0349800(800),,[237] +93-Np-228,228.036310(110)#,,[237] +93-Np-229,229.036290(110),,[237] +93-Np-230,230.0378300(600),,[237] +93-Np-231,231.0382400(500),,[237] +93-Np-232,232.040110(110)#,,[237] +93-Np-233,233.0407400(500),,[237] +93-Np-234,234.04289300(900),,[237] +93-Np-235,235.04406150(150),,[237] +93-Np-236,236.0465700(500),,[237] +93-Np-237,237.04817160(120),,[237] +93-Np-238,238.05094460(120),,[237] +93-Np-239,239.05293750(140),,[237] +93-Np-240,240.0561640(180),,[237] +93-Np-241,241.058310(110),,[237] +93-Np-242,242.061640(210),,[237] +93-Np-243,243.0642000(300)#,,[237] +93-Np-244,244.067890(110)#,,[237] +94-Pu-228,228.0387630(250),,[244] +94-Pu-229,229.0401500(700),,[244] +94-Pu-230,230.0396480(160),,[244] +94-Pu-231,231.0411260(240),,[244] +94-Pu-232,232.0411820(180),,[244] +94-Pu-233,233.0430000(600),,[244] +94-Pu-234,234.04331700(700),,[244] +94-Pu-235,235.0452850(220),,[244] +94-Pu-236,236.04605670(190),,[244] +94-Pu-237,237.04840790(180),,[244] +94-Pu-238,238.04955820(120),,[244] +94-Pu-239,239.05216160(120),,[244] +94-Pu-240,240.05381170(120),,[244] +94-Pu-241,241.05684970(120),,[244] +94-Pu-242,242.05874100(130),,[244] +94-Pu-243,243.06200210(270),,[244] +94-Pu-244,244.06420440(250),,[244] +94-Pu-245,245.0678250(150),,[244] +94-Pu-246,246.0702040(160),,[244] +94-Pu-247,247.074300(220)#,,[244] +95-Am-231,231.045530(320)#,,[243] +95-Am-232,232.046610(320)#,,[243] +95-Am-233,233.046470(120)#,,[243] +95-Am-234,234.047730(170)#,,[243] +95-Am-235,235.0479100(600),,[243] +95-Am-236,236.049430(130)#,,[243] +95-Am-237,237.0500000(600)#,,[243] +95-Am-238,238.0519800(600),,[243] +95-Am-239,239.05302270(210),,[243] +95-Am-240,240.0552980(150),,[243] 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+96-Cm-252,252.084870(320)#,,[247] +97-Bk-235,235.056650(430)#,,[247] +97-Bk-236,236.057480(390)#,,[247] +97-Bk-237,237.057120(250)#,,[247] +97-Bk-238,238.058200(280)#,,[247] +97-Bk-239,239.058240(220)#,,[247] +97-Bk-240,240.059760(160)#,,[247] +97-Bk-241,241.060100(180)#,,[247] +97-Bk-242,242.062000(140)#,,[247] +97-Bk-243,243.06300600(500),,[247] +97-Bk-244,244.0651790(150),,[247] +97-Bk-245,245.06635980(190),,[247] +97-Bk-246,246.0686700(600),,[247] +97-Bk-247,247.07030600(600),,[247] +97-Bk-248,248.0731400(500),,[247] +97-Bk-249,249.07498310(130),,[247] +97-Bk-250,250.07831700(300),,[247] +97-Bk-251,251.0807610(120),,[247] +97-Bk-252,252.084310(220)#,,[247] +97-Bk-253,253.086880(390)#,,[247] +97-Bk-254,254.090600(320)#,,[247] +98-Cf-237,237.062200(100),,[251] +98-Cf-238,238.061490(320)#,,[251] +98-Cf-239,239.062480(130)#,,[251] +98-Cf-240,240.0622530(190),,[251] +98-Cf-241,241.063690(180)#,,[251] +98-Cf-242,242.0637550(140),,[251] +98-Cf-243,243.065480(190)#,,[251] +98-Cf-244,244.06599940(280),,[251] +98-Cf-245,245.06804680(260),,[251] +98-Cf-246,246.06880370(160),,[251] +98-Cf-247,247.0709710(150),,[251] +98-Cf-248,248.07218300(500),,[251] +98-Cf-249,249.07485040(130),,[251] +98-Cf-250,250.07640450(170),,[251] +98-Cf-251,251.07958700(400),,[251] +98-Cf-252,252.08162650(250),,[251] +98-Cf-253,253.08513400(500),,[251] +98-Cf-254,254.0873240(120),,[251] +98-Cf-255,255.091050(220)#,,[251] +98-Cf-256,256.093440(340)#,,[251] +99-Es-240,240.068950(390)#,,[252] +99-Es-241,241.068590(250)#,,[252] +99-Es-242,242.069570(280)#,,[252] +99-Es-243,243.069510(220)#,,[252] +99-Es-244,244.070880(200)#,,[252] +99-Es-245,245.071190(180)#,,[252] +99-Es-246,246.072810(100),,[252] +99-Es-247,247.0736220(210),,[252] +99-Es-248,248.0754700(600)#,,[252] +99-Es-249,249.0764100(300)#,,[252] +99-Es-250,250.078610(110)#,,[252] +99-Es-251,251.07999100(600),,[252] +99-Es-252,252.0829800(500),,[252] +99-Es-253,253.08482120(130),,[252] +99-Es-254,254.08802400(300),,[252] +99-Es-255,255.0902740(120),,[252] +99-Es-256,256.093600(110)#,,[252] +99-Es-257,257.095980(440)#,,[252] +100-Fm-242,242.073430(430)#,,[257] +100-Fm-243,243.074410(140)#,,[257] +100-Fm-244,244.074040(220)#,,[257] +100-Fm-245,245.075350(210)#,,[257] +100-Fm-246,246.0753530(150),,[257] +100-Fm-247,247.076940(190)#,,[257] +100-Fm-248,248.07718500(900),,[257] +100-Fm-249,249.07892600(700),,[257] +100-Fm-250,250.07952000(800),,[257] +100-Fm-251,251.0815450(150),,[257] +100-Fm-252,252.08246600(600),,[257] +100-Fm-253,253.08518090(170),,[257] +100-Fm-254,254.08685240(200),,[257] +100-Fm-255,255.08996300(400),,[257] +100-Fm-256,256.09177200(300),,[257] +100-Fm-257,257.09510500(500),,[257] +100-Fm-258,258.097080(220)#,,[257] +100-Fm-259,259.100600(300)#,,[257] +101-Md-245,245.080860(280)#,,[258] +101-Md-246,246.081710(280)#,,[258] +101-Md-247,247.081520(220)#,,[258] +101-Md-248,248.082610(200)#,,[258] +101-Md-249,249.082860(180),,[258] +101-Md-250,250.084160(100),,[258] +101-Md-251,251.0847740(200),,[258] +101-Md-252,252.086390(100),,[258] +101-Md-253,253.0871400(300)#,,[258] +101-Md-254,254.089590(110)#,,[258] +101-Md-255,255.09108200(600),,[258] +101-Md-256,256.093890(130)#,,[258] +101-Md-257,257.09553730(170),,[258] +101-Md-258,258.09843400(400),,[258] +101-Md-259,259.100450(110)#,,[258] +101-Md-260,260.103650(340)#,,[258] +102-No-249,249.087800(300)#,,[259] +102-No-250,250.087570(220)#,,[259] +102-No-251,251.088940(190)#,,[259] +102-No-252,252.0889660(100),,[259] +102-No-253,253.09056300(700),,[259] +102-No-254,254.0909540(100),,[259] +102-No-255,255.0931960(150),,[259] +102-No-256,256.09428200(800),,[259] +102-No-257,257.09688400(700),,[259] +102-No-258,258.098210(110)#,,[259] +102-No-259,259.10099800(700),,[259] +102-No-260,260.102640(220)#,,[259] +102-No-261,261.105700(220)#,,[259] +102-No-262,262.107460(390)#,,[259] +103-Lr-251,251.094290(220)#,,[262] +103-Lr-252,252.095050(200)#,,[262] +103-Lr-253,253.095030(180),,[262] +103-Lr-254,254.096240(100),,[262] +103-Lr-255,255.0965620(190),,[262] +103-Lr-256,256.0984900(900),,[262] +103-Lr-257,257.0994800(500)#,,[262] +103-Lr-258,258.101750(110)#,,[262] +103-Lr-259,259.1029000(800)#,,[262] +103-Lr-260,260.105500(130)#,,[262] +103-Lr-261,261.106880(220)#,,[262] +103-Lr-262,262.109620(220)#,,[262] +103-Lr-263,263.111290(240)#,,[262] +104-Rf-253,253.100530(440)#,,[261] +104-Rf-254,254.100060(300)#,,[261] +104-Rf-255,255.101270(190)#,,[261] +104-Rf-256,256.1011510(190),,[261] +104-Rf-257,257.1029170(120),,[261] +104-Rf-258,258.1034300(170),,[261] +104-Rf-259,259.1056000(800)#,,[261] +104-Rf-260,260.106440(220)#,,[261] +104-Rf-261,261.1087700(700),,[261] +104-Rf-262,262.109920(240)#,,[261] +104-Rf-263,263.112460(160)#,,[261] +104-Rf-264,264.113880(390)#,,[261] +105-Db-255,255.106920(300)#,,[262] +105-Db-256,256.107670(200)#,,[262] +105-Db-257,257.107520(180),,[262] +105-Db-258,258.108970(100),,[262] +105-Db-259,259.1094900(600),,[262] +105-Db-260,260.111300(100)#,,[262] +105-Db-261,261.111980(120)#,,[262] +105-Db-262,262.114070(150)#,,[262] +105-Db-263,263.114990(180)#,,[262] +105-Db-264,264.117300(250)#,,[262] +105-Db-265,265.118500(240)#,,[262] +106-Sg-258,258.113040(440)#,,[266] +106-Sg-259,259.114350(190)#,,[266] +106-Sg-260,260.1143830(220),,[266] +106-Sg-261,261.1159480(200),,[266] +106-Sg-262,262.1163390(240),,[266] +106-Sg-263,263.118300(100)#,,[266] +106-Sg-264,264.118930(300)#,,[266] +106-Sg-265,265.121090(150)#,,[266] +106-Sg-266,266.121970(260)#,,[266] +107-Bh-260,260.121440(210)#,,[264] +107-Bh-261,261.121400(190),,[264] +107-Bh-262,262.122650(100),,[264] +107-Bh-263,263.122920(330)#,,[264] +107-Bh-264,264.124490(190)#,,[264] +107-Bh-265,265.124960(260)#,,[264] +107-Bh-266,266.126790(180)#,,[264] +107-Bh-267,267.127500(280)#,,[264] +108-Hs-263,263.128480(210)#,,[277] +108-Hs-264,264.1283600(300),,[277] +108-Hs-265,265.1297920(260),,[277] +108-Hs-266,266.1300490(290),,[277] +108-Hs-267,267.131680(100)#,,[277] +108-Hs-268,268.132010(320)#,,[277] +108-Hs-269,269.133650(140)#,,[277] +108-Hs-277,277.151770(480)#,,[277] +109-Mt-265,265.135940(470)#,,[268] +109-Mt-266,266.137060(100),,[268] +109-Mt-267,267.137190(540)#,,[268] +109-Mt-268,268.138650(250)#,,[268] +109-Mt-269,269.138810(340)#,,[268] +109-Mt-270,270.140320(210)#,,[268] +109-Mt-271,271.140740(350)#,,[268] +110-Ds-267,267.143730(220)#,,[281] +110-Ds-268,268.143480(320)#,,[281] +110-Ds-269,269.1447500(300),,[281] +110-Ds-270,270.1445900(400),,[281] +110-Ds-271,271.145950(100)#,,[281] +110-Ds-272,272.146090(460)#,,[281] +110-Ds-273,273.148460(150)#,,[281] +110-Ds-281,281.164550(530)#,,[281] +111-Rg-272,272.153270(250)#,,[272] +112-Cn-285,285.177230(540)#,,[285] +113-Nh-286,286.182460(630)#,,[286] +114-Fl-289,289.190520(550)#,,[289] +115-Mc-289,289.193970(830)#,,[289] +116-Lv-293,293.204580(550)#,,[293] +117-Ts-294,294.210840(640)#,,[294] +118-Og-294,294.213980(590)#,,[294]\ """ From ddb3e60b0538c2a9ed9c04774658b87504ec807b Mon Sep 17 00:00:00 2001 From: jfkcooper Date: Mon, 26 Jun 2023 15:19:21 +0100 Subject: [PATCH 06/29] revert code change and update docstring --- periodictable/mass.py | 12 +++++++----- periodictable/nsf.py | 2 ++ 2 files changed, 9 insertions(+), 5 deletions(-) diff --git a/periodictable/mass.py b/periodictable/mass.py index 0c70622..8518a56 100644 --- a/periodictable/mass.py +++ b/periodictable/mass.py @@ -21,11 +21,13 @@ The atomic weights are available for elements 1 through 118 and isotopic compositions or abundances are given when appropriate. The atomic weights data were published by Wang [#Wang]_ in The AME 2020 atomic mass -evaluation (II). Tables, graphs and references, and the isotopic compositions -data were published by Rosman [#Rosman]_ and Taylor [#Taylor]_ in Isotopic -Compositions of the Elements 1997. The relative atomic masses of the isotopes -data were published by Audi [#Audi]_ and Wapstra [#Wapstra]_ in the 1995 -Update To The Atomic Mass Evaluation. +evaluation (II). Hashes `#` after values indicate vlaues which are not solely +derived from experiment, see the paper for details. Trailing zeros do not +necessarily indicate uncertainties quoted in the reference. Tables, graphs and +references, and the isotopic compositions data were published by Rosman +[#Rosman]_ and Taylor [#Taylor]_ in Isotopic Compositions of the Elements 1997. +The relative atomic masses of the isotopes data were published by Audi [#Audi]_ +and Wapstra [#Wapstra]_ in the 1995 Update To The Atomic Mass Evaluation. This data has been compiled from the above sources for the user's convenience and does not represent a critical evaluation by the NIST Physics Laboratory. diff --git a/periodictable/nsf.py b/periodictable/nsf.py index 5cd6644..8d1d01d 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -456,6 +456,8 @@ def sld(self, wavelength=ABSORPTION_WAVELENGTH): # TODO: return NaN instead of None for missing sld. # This should happen automatically if the cross sections are NaN in # the table. + if not self.has_sld(): + return None, None, None return self.scattering(wavelength=wavelength)[0] @require_keywords From 3351925d6384a573260542c4017857bb301c3ba1 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Thu, 6 Jul 2023 16:20:36 -0400 Subject: [PATCH 07/29] Use older ubuntu to test python 2.7 and 3.6 --- .github/workflows/test.yml | 12 ++++++------ 1 file changed, 6 insertions(+), 6 deletions(-) diff --git a/.github/workflows/test.yml b/.github/workflows/test.yml index 287947b..6738a87 100644 --- a/.github/workflows/test.yml +++ b/.github/workflows/test.yml @@ -13,11 +13,11 @@ jobs: strategy: matrix: cfg: - - { os: ubuntu-latest, py: 2.7 } - - { os: ubuntu-latest, py: 3.6 } - - { os: ubuntu-latest, py: 3.9, doc: 1 } - - { os: windows-latest, py: 3.9 } - - { os: macos-latest, py: 3.9 } + - { os: ubuntu-20.04, py: 2.7 } + - { os: ubuntu-20.04, py: 3.6 } + - { os: ubuntu-latest, py: 3.11, doc: 1 } + - { os: windows-latest, py: 3.11 } + - { os: macos-latest, py: 3.11 } steps: - uses: actions/checkout@v1 @@ -41,4 +41,4 @@ jobs: if: matrix.cfg.doc == 1 run: | python -m pip install sphinx - make -j 4 -C doc/sphinx SPHINXOPTS="-W --keep-going" html \ No newline at end of file + make -j 4 -C doc/sphinx SPHINXOPTS="-W --keep-going" html From a6b7cc9de030eedd7be52ce59ca37711ab362fc3 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Thu, 6 Jul 2023 16:23:02 -0400 Subject: [PATCH 08/29] Drop tests for python below 3.8 --- .github/workflows/test.yml | 5 +++-- 1 file changed, 3 insertions(+), 2 deletions(-) diff --git a/.github/workflows/test.yml b/.github/workflows/test.yml index 6738a87..0fa18c0 100644 --- a/.github/workflows/test.yml +++ b/.github/workflows/test.yml @@ -13,8 +13,9 @@ jobs: strategy: matrix: cfg: - - { os: ubuntu-20.04, py: 2.7 } - - { os: ubuntu-20.04, py: 3.6 } + #- { os: ubuntu-20.04, py: 2.7 } + #- { os: ubuntu-20.04, py: 3.6 } + - { os: ubuntu-latest, py: 3.8 } - { os: ubuntu-latest, py: 3.11, doc: 1 } - { os: windows-latest, py: 3.11 } - { os: macos-latest, py: 3.11 } From c6b980ef028f620886d928ec97e906e844acbcf7 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Thu, 6 Jul 2023 16:55:32 -0400 Subject: [PATCH 09/29] Update tests for new element masses --- doc/sphinx/guide/customizing.rst | 4 ++-- doc/sphinx/guide/using.rst | 16 ++++++++-------- periodictable/density.py | 4 ++-- test/test_mass.py | 23 +++++++++++++++-------- 4 files changed, 27 insertions(+), 20 deletions(-) diff --git a/doc/sphinx/guide/customizing.rst b/doc/sphinx/guide/customizing.rst index 36c0fb7..0499da7 100644 --- a/doc/sphinx/guide/customizing.rst +++ b/doc/sphinx/guide/customizing.rst @@ -28,9 +28,9 @@ Example: ... iso._mass /= scale >>> print("%.10f %.10f"%(mytable.H[1].mass, mytable.C[12].mass)) - 1.0000000000 11.9068286833 + 1.0000000000 11.9068286857 >>> print("%.10f %.10f"%(periodictable.H[1].mass, periodictable.C[12].mass)) - 1.0078250321 12.0000000000 + 1.0078250319 12.0000000000 >>> print("%.10f"%formula('2H[1]', table=mytable).mass) 2.0000000000 diff --git a/doc/sphinx/guide/using.rst b/doc/sphinx/guide/using.rst index 302d8e1..48d891b 100644 --- a/doc/sphinx/guide/using.rst +++ b/doc/sphinx/guide/using.rst @@ -62,7 +62,7 @@ some neutron information is available as 'n': .. doctest:: >>> print("D mass %s"%D.mass) - D mass 2.014101778 + D mass 2.01410177784 >>> print("neutron mass %s"%n.mass) neutron mass 1.00866491597 @@ -97,12 +97,12 @@ Process all the :class:`isotopes ` for an element: >>> for iso in periodictable.H: ... print("%s %s"%(iso,iso.mass)) - 1-H 1.0078250321 - D 2.014101778 - T 3.0160492675 - 4-H 4.02783 - 5-H 5.03954 - 6-H 6.04494 + 1-H 1.0078250319 + D 2.01410177784 + T 3.01604928132 + 4-H 4.02643 + 5-H 5.03531 + 6-H 6.04496 You can create a unique handle to an individual ion. In addition to storing the ion charge, this can be used to reference the underlying properties of @@ -115,7 +115,7 @@ the element or isotope: >>> print("charge for Ni2+ is %d"%Ni_2.charge) charge for Ni2+ is 2 >>> print("mass for Ni[58] and for natural abundance: %.4f %.4f"%(Ni58_2.mass, Ni_2.mass)) - mass for Ni[58] and for natural abundance: 57.9343 58.6923 + mass for Ni[58] and for natural abundance: 57.9342 58.6923 The ion specific properties can be accessed from the ion using ion.charge for the ion index: diff --git a/periodictable/density.py b/periodictable/density.py index f02dd7c..ff95426 100644 --- a/periodictable/density.py +++ b/periodictable/density.py @@ -25,8 +25,8 @@ >>> from periodictable import D, H >>> print("H: %.4f, D: %.4f"%(H.density, D.density)) H: 0.0708, D: 0.1415 - >>> print((D.density/H.density) / (D.mass/H.mass)) - 1.0 + >>> print("%.14f" % ((D.density/H.density) / (D.mass/H.mass))) + 1.00000000000000 The following plot shows density for all elements: diff --git a/test/test_mass.py b/test/test_mass.py index 7ae088e..2fe4618 100644 --- a/test/test_mass.py +++ b/test/test_mass.py @@ -1,15 +1,22 @@ import periodictable +from periodictable.constants import neutron_mass def test(): + # Constants defined in the tables. These may be updated from time to time. + Be_12_mass = 12.0269221 + Be_mass = 9.012182 + Pb_206_abundance = 24.1 + Pb_209_abundance = 0 + Pb_mass = 207.2 - assert periodictable.Be[12].mass == 12.026921 - assert periodictable.Be.mass == 9.012182 - assert abs(periodictable.Be[12].ion[2].mass - (12.026921 - 2*periodictable.constants.electron_mass))<1e-12 - assert abs(periodictable.Be.ion[2].mass - (9.012182 - 2*periodictable.constants.electron_mass))<1e-12 - assert periodictable.Pb[206].abundance == 24.1 - assert periodictable.Pb[209].abundance == 0 - assert periodictable.Pb.mass == 207.2 - assert periodictable.n.mass == 1.00866491597 + assert periodictable.Be[12].mass == Be_12_mass + assert periodictable.Be.mass == Be_mass + assert abs(periodictable.Be[12].ion[2].mass - (Be_12_mass - 2*periodictable.constants.electron_mass))<1e-12 + assert abs(periodictable.Be.ion[2].mass - (Be_mass - 2*periodictable.constants.electron_mass))<1e-12 + assert periodictable.Pb[206].abundance == Pb_206_abundance + assert periodictable.Pb[209].abundance == Pb_209_abundance + assert periodictable.Pb.mass == Pb_mass + assert periodictable.n.mass == neutron_mass # Check abundance totals to 0% or 100% for el in periodictable.elements: From 3c99287c511be8094b6e3c2ee840e521dc96a1a7 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Fri, 7 Jul 2023 14:30:25 -0400 Subject: [PATCH 10/29] Use AME2020 for neutron mass --- periodictable/constants.py | 12 ++++++++---- 1 file changed, 8 insertions(+), 4 deletions(-) diff --git a/periodictable/constants.py b/periodictable/constants.py index 9e83710..5eb3088 100644 --- a/periodictable/constants.py +++ b/periodictable/constants.py @@ -15,12 +15,16 @@ #: electron radius r_e (m) electron_radius = 2.8179402894e-15 #(58) m -# From NIST Reference on Constants, Units, and Uncertainty +# [CODATA] From NIST Reference on Constants, Units, and Uncertainty # http://physics.nist.gov/cuu/index.html -# neutron mass = 1.008 664 915 97(43) u -# atomic mass constant m_u = 1.660 538 782(83) x 10-27 kg +# [AME2020] "The Ame2020 atomic mass evaluation (II)" +# by M.Wang, W.J.Huang, F.G.Kondev, G.Audi and S.Naimi +# Chinese Physics C45, 030003, March 2021. #: neutron mass (u) -neutron_mass = 1.00866491597 #(43) u +neutron_mass = 1.00866491590 #(47) u [AME 2020] +neutron_mass_unc = 0.00000000047 +#neutron_mass = 1.00866491597 #(43) u [CODATA 2010?] +#neutron_mass = 1.00866491595 #(49) u [CODATA 2018] #: atomic mass constant (kg / u) atomic_mass_constant = 1.660538782e-27 #(83) kg / u #: electron mass (u) From b653710b6bf23ea07a96229b5fb034ee6b12e9a3 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Fri, 7 Jul 2023 14:30:55 -0400 Subject: [PATCH 11/29] Use IUPAC CIAAW tables for abundance and atomic weight --- doc/sphinx/guide/data_sources.rst | 7 +- periodictable/mass.py | 736 +++++++++++++++++++++++++++--- 2 files changed, 687 insertions(+), 56 deletions(-) diff --git a/doc/sphinx/guide/data_sources.rst b/doc/sphinx/guide/data_sources.rst index df5b232..d15e1e6 100644 --- a/doc/sphinx/guide/data_sources.rst +++ b/doc/sphinx/guide/data_sources.rst @@ -7,8 +7,11 @@ Data Sources Physical constants `NIST Physics Laboratory - Constants, units and uncertainty `_ -Atomic and isotope mass - `NIST Physics Laboratory - Atomic weights and isotope composition `_ +Isotope mass + `IAEA Atomic Mass Data Center AME2020 `_ + +Atomic weight and isotope abundance + `IUPAC commission on isotope abundances and atomic weights `_ Atomic density *ILL Neutron Data Booklet* diff --git a/periodictable/mass.py b/periodictable/mass.py index 8518a56..fb8d3d5 100644 --- a/periodictable/mass.py +++ b/periodictable/mass.py @@ -3,12 +3,12 @@ # Author: Paul Kienzle u""" -Adds average mass for the elements: +Provides average mass for the elements: * mass, mass_units (u) The molar mass averaged over natural isotope abundance. -Adds mass and abundance information for isotopes: +Provides mass and abundance information for isotopes: * mass, mass_units (u) The molar mass of the individual isotope. @@ -16,55 +16,78 @@ * abundance, abundance_units (%) Natural abundance for the isotope. -Atomic Weights and Isotopic Composition [#Coursey]_. +The atomic mass data for the isotopes and for the neutron were published +by Wang [#Wang]_ in the AME 2020 atomic mass evaluation (II). -The atomic weights are available for elements 1 through 118 and -isotopic compositions or abundances are given when appropriate. The atomic -weights data were published by Wang [#Wang]_ in The AME 2020 atomic mass -evaluation (II). Hashes `#` after values indicate vlaues which are not solely -derived from experiment, see the paper for details. Trailing zeros do not -necessarily indicate uncertainties quoted in the reference. Tables, graphs and -references, and the isotopic compositions data were published by Rosman -[#Rosman]_ and Taylor [#Taylor]_ in Isotopic Compositions of the Elements 1997. -The relative atomic masses of the isotopes data were published by Audi [#Audi]_ -and Wapstra [#Wapstra]_ in the 1995 Update To The Atomic Mass Evaluation. +Natural abundance mass and isotope fractions come from the IUPAC commission +on isotopic abundances and atomic weights (CIAAW) [#CIAAW]_. This is an +ill-defined problem since there is natural fractionation of the isotopes, +giving different masses and ratios from different samples. The current +recommended table therefore gives ranges of values for the natural mass +and isotope abundance rather than a single value with an uncertainty. -This data has been compiled from the above sources for the user's convenience -and does not represent a critical evaluation by the NIST Physics Laboratory. -http://physics.nist.gov/PhysRefData/Compositions/ +For periodictable, fractionation ranges for masses were replaced with abridged +standard atomic weights as given in Prohaska [#Prohaska]. For the abundance +ratios the center value of the range was chosen. A few elements had to be +adjusted slightly so that they would sum to 100%. -Neutron mass from NIST Reference on Constants, Units, and Uncertainty -http://physics.nist.gov/cuu/index.html +The values for Ar and N were set to the values present in the atmosphere +and U was set to the values in a Namibian ore per the recommendations +in Meija (2016). -.. [#Coursey] Coursey. J. S., Schwab. D. J., and Dragoset. R. A., NIST, - Physics Laboratory, Office of Electronic Commerce in Scientific - and Engineering Data. -.. [#Coplen] Coplen. T. B. : U.S. Geological Survey, Reston, Virginia, USA. -.. [#Rosman] Rosman. K. J. R. : Department of Applied Physics, Curtin University - of Technology, Australia. -.. [#Taylor] Taylor. P. D. P. : Institute for Reference Materials and - Measurements, European Commission, Belgium. -.. [#Audi] Audi. G. : Centre de Spectrométrie Nucléaire et de Spectrométrie - de Masse, Orsay Campus, France. -.. [#Wang] Wang. M., Huang. W. J., Kondev. F. G., Audi. G., Naimi. S., - Institute of Modern Physics, Chinese Academy of Sciences, -.. [#Wapstra] Wapstra. A. H. : National Institute of Nuclear Physics - and High-Energy Physics, Amsterdam, The Netherlands. -""" +The values for Pb in the CIAAW table are too broad to be usable. For example, +206-Pb varies from 0.02 to 0.87 in monazite samples (Zhu 2020) [#Zhu]. Rather +than return NaN for composition we replace the ranges with representative +atomic abundance values in Meija (2016). See the CIAAW page on +`lead `_ for details. -from .core import Element, Isotope -from .constants import neutron_mass +.. [#CIAAW] CIAAW. Isotopic compositions of the elements 2021. + Available online at www.ciaaw.org. +.. [#Wang] Meng Wang et al. (2021) Chinese Phys. C 45 030003 + DOI:10.1088/1674-1137/abddaf + From https://www-nds.iaea.org/amdc/ame2020/massround.mas20.txt (2023-07-06) +.. [#Meija] J. Meija et al. (2016) + Isotopic compositions of the elements 2013 + Pure and Applied Chemistry 88, 293-306. + From https://www.ciaaw.org/isotopic-abundances.htm (2023-07-06) +.. [#Prohaska] T. Prohaska, et al. (2022) + Standard atomic weights of the elements 2021. + Pure Appl. Chem. 94. DOI:10.1515/pac-2019-0603 + From https://www.ciaaw.org/atomic-weights.htm (2023-07-06) +.. [*Zhu] Zhu, X., Benefield, J., Coplen, T., Gao, Z. & Holden, N. (2021). + Variation of lead isotopic composition and atomic weight in terrestrial + materials (IUPAC Technical Report). Pure and Applied Chemistry, 93(1), 155-166. + https://doi.org/10.1515/pac-2018-0916 +""" +from .core import Element, Isotope, default_table +from .constants import neutron_mass, neutron_mass_unc +def _parse_mass(s): + if s == "": # missing + return 0, 0 + # Parse [nominal] or [low,high] + if s.startswith('['): + s = s[1:-1] + parts = s.split(',') + if len(parts) > 1: + low, high = float(parts[0]), float(parts[1]) + return (high+low)/2, (high-low)/2 + else: + return float(parts[0]), 0 + # Parse value(unc) with perhaps '#' at the end + parts = s.split('(') + if len(parts) > 1: + # Split the value and uncertainty. + value, unc = parts[0], parts[1].split(')')[0] + # Count digits after the decimal for value and produce + # 0.00...0{unc} with the right number of zeros. + if not '.' in unc: + zeros = len(value.split('.')[1]) - len(unc) + unc = "0." + ("0"*zeros) + unc + return float(value), float(unc) + # Plain value with no uncertainty + return float(s), 0 -def _parse_mass(str): - idx = str.find('(') - if idx > 0: # value(uncertainty) - return float(str[:idx]) - if str.startswith('['): # [nominal] - return int(str[1:-1]) - if str == "": # missing - return 0 - return float(str) def mass(isotope): """ @@ -110,25 +133,630 @@ def init(table, reload=False): Element.mass_units = "u" Element.abundance_units = "%" - for line in massdata.split('\n'): + # Parse isotope mass table where each line looks like: + # z-el-iso,isotope mass(unc)#?,abundance(unc),element mass(unc) + # The abundance and element masses will be superceded below + for line in isotope_mass.split('\n'): isotope, m, p, avg = line.split(',') - el, sym, iso = isotope.split('-') - el = table[int(el)] + z, sym, iso = isotope.split('-') + el = table[int(z)] assert el.symbol == sym, \ "Symbol %s does not match %s"%(sym, el.symbol) iso = el.add_isotope(int(iso)) - el._mass = _parse_mass(avg) - iso._mass = _parse_mass(m) - iso._abundance = _parse_mass(p) + el._mass, el._mass_unc = _parse_mass(avg) + iso._mass, iso._mass_unc = _parse_mass(m) + iso._abundance, iso._abundance_unc = _parse_mass(p) # A single neutron is an isotope of element 0 el = table[0] - el._mass = neutron_mass + el._mass, el._mass_unc = neutron_mass, neutron_mass_unc iso = el.add_isotope(1) - iso._mass = neutron_mass - iso._abundance = 100 + iso._mass, iso._mass_unc = neutron_mass, neutron_mass_unc + iso._abundance, iso._abundance_unc = 100, 0 + + # Parse element mass table where each line looks like: + # z El element mass(unc)|[low,high]|- note note ... + for line in element_mass.split('\n'): + z, symbol, name, value = line.split()[:4] + #print(z, symbol, name, value) + el = table[int(z)] + if value != '-': + #v, dv = _parse_mass(value) + #delta = abs(v-el._mass)/el._mass*100 + #from uncertainties import ufloat as U + #if delta > 0.01: + # print(f"{el.number}-{el.symbol} mass changed by {delta:.2f}% to {U(v,dv):fS} from {U(el._mass,el._mass_unc):fS}") + el._mass, el._mass_unc = _parse_mass(value) + + #Li_ratio = table.Li[7]._abundance/table.Li[6]._abundance + + # Parse isotope abundance table where lines look like: + # z El element\n iso mass(unc)|[low,high] note ... + # Note: tables modified for Pb, Ar, and N to use 2013 values + z = 0 + value = {} + for line in isotope_abundance.split('\n'): + #print(line) + # New element + if line[0] not in ' \t': + if z: # not the start + #print(f"update z {z}-{table[z]}", value) + el = table[z] + # Find total so we can normalize fractions to sum to one. + # This affects O, Mg, S, Hf by amounts less than the uncertainty. + total = sum(v[0] for k, v in value.items()) + #if abs(total - 1) > 1e-10: print("total deviation for %s is %g"%(el, total-1)) + for z, pair in value.items(): + iso = el[z] + #from uncertainties import ufloat as U + #v, dv = 100*pair[0]/total, 100*pair[1]/total + #delta = abs(v-iso._abundance) + #if delta >= 0.1 and v>1: + # print(f"{el.number}-{el.symbol}-{z} abundance changed by {delta:.2f}% to {U(v,dv):fS} from {U(iso._abundance,iso._abundance_unc):fS}") + + iso._abundance = 100*pair[0]/total + iso._abundance_unc = 100*pair[1]/total + z = int(line.strip().split()[0]) + value = {} + #print(f"new z {z}-{table[z]}")# from <{line}>") + else: + #print(line) + parts = line.strip().split() + #print(parts) + value[int(parts[0])] = _parse_mass(parts[1]) + + #new_Li_ratio = table.Li[7]._abundance/table.Li[6]._abundance + #print(f"Li6:Li7 ratio changed from {Li_ratio:.1f} to {new_Li_ratio:.1f}") + + +def print_natural_mass(table=None): + from uncertainties import ufloat as U + table = default_table(table) + for el in table: + iso_mass = [ + U(iso.abundance, iso._abundance_unc)/100*U(iso.mass, iso._mass_unc) + for iso in el if iso.abundance>0] + if iso_mass: + el_mass = U(el.mass, el._mass_unc) + iso_sum = sum(iso_mass) + delta = el_mass - iso_sum + # python 3.6 and above only + if abs(delta.n) > 1e-3 or delta.s/iso_sum.n > 0.01: + print(f"{el.number}-{el}: {el_mass:fS}, sum: {iso_sum:fS}, Δ={delta:fS}") + #print(f"{el.number}-{el}: {delta:fS}") + #print(f"{el.number}-{el}: {el_mass:fS}, sum: {iso_sum:fS}, Δ=") + #print(f"{el.number}-{el}: {delta:fS}") + #print("%d-%s: %s (from sum: %s)"%(el.number, el, str(el_mass), str(iso_sum))) + +def print_abundance(table=None): + table = default_table(table) + for el in table: + abundance = ["%8s %g"%(iso, iso.abundance/100) for iso in el if iso.abundance>0] + if abundance: + print("\n".join(abundance)) + print() + +def check_abundance(table=None): + table = default_table(table) + for el in table: + abundance = [iso.abundance for iso in el if iso.abundance>0] + if abundance: + assert abs(sum(abundance) - 100.0) < 1e-12,\ + "Inconsistent abundance for %d-%s: %g"%(el.number,el,sum(abundance)) + + + + +# Table of masses. +# g Geological and biological materials are known in which the element has an +# isotopic composition outside the limits for normal material. The difference +# between the atomic weight of the element in such materials and that given in +# the table may exceed the stated uncertainty. +# m Modified isotopic compositions may be found in commercially available +# material because the material has been subjected to some undisclosed +# or inadvertent isotopic fractionation. Substantial deviations in atomic +# weight of the element from that given in the table can occur. +# r Range in isotopic composition of normal terrestrial material prevents +# a more precise standard atomic weight being given; the tabulated value +# and uncertainty should be applicable to normal material. +# +# Fractionation ranges have been replaced with the abridged standard weights +# as giving in Prohaska(2022). +# +# CIAAW. Isotopic compositions of the elements 2021. Available online at www.ciaaw.org. +# +# https://www.ciaaw.org/atomic-weights.htm (2023-07-06) + +#Z Symbol Element Standard Atomic Weight Notes +element_mass = """\ +1 H hydrogen 1.0080(2) [1.00784,1.00811] m +2 He helium 4.002602(2) g r +3 Li lithium 6.94(6) [6.938,6.997] m +4 Be beryllium 9.0121831(5) +5 B boron 10.81(2) [10.806,10.821] m +6 C carbon 12.011(2) [12.0096,12.0116] +7 N nitrogen 14.007(1) [14.00643,14.00728] m +8 O oxygen 15.999(1) [15.99903,15.99977] m +9 F fluorine 18.998403162(5) +10 Ne neon 20.1797(6) g m +11 Na sodium 22.98976928(2) +12 Mg magnesium 24.305(2) [24.304,24.307] +13 Al aluminium 26.9815384(3) +14 Si silicon 28.085(1) [28.084,28.086] +15 P phosphorus 30.973761998(5) +16 S sulfur 32.06(2) [32.059,32.076] +17 Cl chlorine 35.45(1) [35.446,35.457] m +18 Ar argon 39.95(16) [39.792,39.963] +19 K potassium 39.0983(1) +20 Ca calcium 40.078(4) g +21 Sc scandium 44.955907(4) +22 Ti titanium 47.867(1) +23 V vanadium 50.9415(1) +24 Cr chromium 51.9961(6) +25 Mn manganese 54.938043(2) +26 Fe iron 55.845(2) +27 Co cobalt 58.933194(3) +28 Ni nickel 58.6934(4) r +29 Cu copper 63.546(3) r +30 Zn zinc 65.38(2) r +31 Ga gallium 69.723(1) +32 Ge germanium 72.630(8) +33 As arsenic 74.921595(6) +34 Se selenium 78.971(8) r +35 Br bromine 79.904(3) [79.901,79.907] +36 Kr krypton 83.798(2) g m +37 Rb rubidium 85.4678(3) g +38 Sr strontium 87.62(1) g r +39 Y yttrium 88.905838(2) +40 Zr zirconium 91.224(2) g +41 Nb niobium 92.90637(1) +42 Mo molybdenum 95.95(1) g +44 Ru ruthenium 101.07(2) g +45 Rh rhodium 102.90549(2) +46 Pd palladium 106.42(1) g +47 Ag silver 107.8682(2) g +48 Cd cadmium 112.414(4) g +49 In indium 114.818(1) +50 Sn tin 118.710(7) g +51 Sb antimony 121.760(1) g +52 Te tellurium 127.60(3) g +53 I iodine 126.90447(3) +54 Xe xenon 131.293(6) g m +55 Cs caesium 132.90545196(6) +56 Ba barium 137.327(7) +57 La lanthanum 138.90547(7) g +58 Ce cerium 140.116(1) g +59 Pr praseodymium 140.90766(1) +60 Nd neodymium 144.242(3) g +62 Sm samarium 150.36(2) g +63 Eu europium 151.964(1) g +64 Gd gadolinium 157.25(3) g +65 Tb terbium 158.925354(7) +66 Dy dysprosium 162.500(1) g +67 Ho holmium 164.930329(5) +68 Er erbium 167.259(3) g +69 Tm thulium 168.934219(5) +70 Yb ytterbium 173.045(10) g +71 Lu lutetium 174.9668(1) g +72 Hf hafnium 178.486(6) g +73 Ta tantalum 180.94788(2) +74 W tungsten 183.84(1) +75 Re rhenium 186.207(1) +76 Os osmium 190.23(3) g +77 Ir iridium 192.217(2) +78 Pt platinum 195.084(9) +79 Au gold 196.966570(4) +80 Hg mercury 200.592(3) +81 Tl thallium 204.38(1) [204.382,204.385] +82 Pb lead 207.2(1.1) [206.14,207.94] +83 Bi bismuth 208.98040(1) +90 Th thorium 232.0377(4) g +91 Pa protactinium 231.03588(1) +92 U uranium 238.02891(3) g m\ +""" + + +# From https://www.ciaaw.org/isotopic-abundances.htm (2023-07-06) +# CIAAW. Isotopic compositions of the elements 2021. Available online at www.ciaaw.org. + +# Nominal values for lead are from Meija (2013) since the natural variation +# given in the 2021 tables are completely unusable. Maybe better to use NaN? +# Similarly nitrogen and argon were chosen to match air rather than average +# terrestrial abundance. +# All other values use midpoint of the range, scaled so that the sum of the +# isotopes equals 100%. + +#Z El element +# isotope Representative isotopic composition Notes +isotope_abundance = """\ +1 H hydrogen + 1 [0.99972,0.99999] m + 2 [0.00001,0.00028] +2 He helium + 3 0.000002(2) g r + 4 0.999998(2) +3 Li lithium + 6 [0.019,0.078] m + 7 [0.922,0.981] +4 Be beryllium + 9 1 +5 B boron + 10 [0.189,0.204] m + 11 [0.796,0.811] +6 C carbon + 12 [0.9884,0.9904] + 13 [0.0096,0.0116] +7 N nitrogen + 14 0.996337(4) [0.99578,0.99663] + 15 0.003663(4) [0.00337,0.00422] +8 O oxygen + 16 [0.99738,0.99776] + 17 [0.000367,0.000400] + 18 [0.00187,0.00222] +9 F fluorine + 19 1 +10 Ne neon + 20 0.9048(3) g m + 21 0.0027(1) + 22 0.0925(3) +11 Na sodium + 23 1 +12 Mg magnesium + 24 [0.7888,0.7905] + 25 [0.09988,0.10034] + 26 [0.1096,0.1109] +13 Al aluminium + 27 1 +14 Si silicon + 28 [0.92191,0.92318] + 29 [0.04645,0.04699] + 30 [0.03037,0.03110] +15 P phosphorus + 31 1 +16 S sulfur + 32 [0.9441,0.9529] + 33 [0.00729,0.00797] + 34 [0.0396,0.0477] + 36 [0.000129,0.000187] +17 Cl chlorine + 35 [0.755,0.761] m + 37 [0.239,0.245] +18 Ar argon + 36 0.0033361(35) [0.0000,0.0207] g r + 38 0.0006289(12) [0.000,0.043] + 40 0.9960350(42) [0.936,1.000] +19 K potassium + 39 0.932581(44) + 40 0.000117(1) + 41 0.067302(44) +20 Ca calcium + 40 0.96941(156) g + 42 0.00647(23) + 43 0.00135(10) + 44 0.02086(110) + 46 0.00004(3) + 48 0.00187(21) +21 Sc scandium + 45 1 +22 Ti titanium + 46 0.0825(3) + 47 0.0744(2) + 48 0.7372(3) + 49 0.0541(2) + 50 0.0518(2) +23 V vanadium + 50 0.00250(10) + 51 0.99750(10) +24 Cr chromium + 50 0.04345(13) + 52 0.83789(18) + 53 0.09501(17) + 54 0.02365(7) +25 Mn manganese + 55 1 +26 Fe iron + 54 0.05845(105) + 56 0.91754(106) + 57 0.02119(29) + 58 0.00282(12) +27 Co cobalt + 59 1 +28 Ni nickel + 58 0.680769(190) r + 60 0.262231(150) + 61 0.011399(13) + 62 0.036345(40) + 64 0.009256(19) +29 Cu copper + 63 0.6915(15) r + 65 0.3085(15) +30 Zn zinc + 64 0.4917(75) r + 66 0.2773(98) + 67 0.0404(16) + 68 0.1845(63) + 70 0.0061(10) +31 Ga gallium + 69 0.60108(50) + 71 0.39892(50) +32 Ge germanium + 70 0.2052(19) + 72 0.2745(15) + 73 0.0776(8) + 74 0.3652(12) + 76 0.0775(12) +33 As arsenic + 75 1 +34 Se selenium + 74 0.0086(3) r + 76 0.0923(7) + 77 0.0760(7) + 78 0.2369(22) + 80 0.4980(36) + 82 0.0882(15) +35 Br bromine + 79 [0.505,0.508] + 81 [0.492,0.495] +36 Kr krypton + 78 0.00355(3) g m + 80 0.02286(10) + 82 0.11593(31) + 83 0.11500(19) + 84 0.56987(15) + 86 0.17279(41) +37 Rb rubidium + 85 0.7217(2) g + 87 0.2783(2) +38 Sr strontium + 84 0.0056(2) g r + 86 0.0986(20) + 87 0.0700(20) + 88 0.8258(35) +39 Y yttrium + 89 1 +40 Zr zirconium + 90 0.5145(4) g + 91 0.1122(5) + 92 0.1715(3) + 94 0.1738(4) + 96 0.0280(2) +41 Nb niobium + 93 1 +42 Mo molybdenum + 92 0.14649(106) g + 94 0.09187(33) + 95 0.15873(30) + 96 0.16673(8) + 97 0.09582(15) + 98 0.24292(80) + 100 0.09744(65) +44 Ru ruthenium + 96 0.0554(14) g + 98 0.0187(3) + 99 0.1276(14) + 100 0.1260(7) + 101 0.1706(2) + 102 0.3155(14) + 104 0.1862(27) +45 Rh rhodium + 103 1 +46 Pd palladium + 102 0.0102(1) g + 104 0.1114(8) + 105 0.2233(8) + 106 0.2733(3) + 108 0.2646(9) + 110 0.1172(9) +47 Ag silver + 107 0.51839(8) g + 109 0.48161(8) +48 Cd cadmium + 106 0.01245(22) g + 108 0.00888(11) + 110 0.12470(61) + 111 0.12795(12) + 112 0.24109(7) + 113 0.12227(7) + 114 0.28754(81) + 116 0.07512(54) +49 In indium + 113 0.04281(52) + 115 0.95719(52) +50 Sn tin + 112 0.0097(1) g + 114 0.0066(1) + 115 0.0034(1) + 116 0.1454(9) + 117 0.0768(7) + 118 0.2422(9) + 119 0.0859(4) + 120 0.3258(9) + 122 0.0463(3) + 124 0.0579(5) +51 Sb antimony + 121 0.5721(5) g + 123 0.4279(5) +52 Te tellurium + 120 0.0009(1) g + 122 0.0255(12) + 123 0.0089(3) + 124 0.0474(14) + 125 0.0707(15) + 126 0.1884(25) + 128 0.3174(8) + 130 0.3408(62) +53 I iodine + 127 1 +54 Xe xenon + 124 0.00095(5) g m + 126 0.00089(3) + 128 0.01910(13) + 129 0.26401(138) + 130 0.04071(22) + 131 0.21232(51) + 132 0.26909(55) + 134 0.10436(35) + 136 0.08857(72) +55 Cs caesium + 133 1 +56 Ba barium + 130 0.0011(1) + 132 0.0010(1) + 134 0.0242(15) + 135 0.0659(10) + 136 0.0785(24) + 137 0.1123(23) + 138 0.7170(29) +57 La lanthanum + 138 0.0008881(71) g + 139 0.9991119(71) +58 Ce cerium + 136 0.00185(2) g + 138 0.00251(2) + 140 0.88450(51) + 142 0.11114(51) +59 Pr praseodymium + 141 1 +60 Nd neodymium + 142 0.27152(40) g + 143 0.12174(26) + 144 0.23798(19) + 145 0.08293(12) + 146 0.17189(32) + 148 0.05756(21) + 150 0.05638(28) +62 Sm samarium + 144 0.0308(4) g + 147 0.1500(14) + 148 0.1125(9) + 149 0.1382(10) + 150 0.0737(9) + 152 0.2674(9) + 154 0.2274(14) +63 Eu europium + 151 0.4781(6) g + 153 0.5219(6) +64 Gd gadolinium + 152 0.0020(3) g + 154 0.0218(2) + 155 0.1480(9) + 156 0.2047(3) + 157 0.1565(4) + 158 0.2484(8) + 160 0.2186(3) +65 Tb terbium + 159 1 +66 Dy dysprosium + 156 0.00056(3) g + 158 0.00095(3) + 160 0.02329(18) + 161 0.18889(42) + 162 0.25475(36) + 163 0.24896(42) + 164 0.28260(54) +67 Ho holmium + 165 1 +68 Er erbium + 162 0.00139(5) g + 164 0.01601(3) + 166 0.33503(36) + 167 0.22869(9) + 168 0.26978(18) + 170 0.14910(36) +69 Tm thulium + 169 1 +70 Yb ytterbium + 168 0.00126(1) g + 170 0.03023(2) + 171 0.14216(7) + 172 0.21754(10) + 173 0.16098(9) + 174 0.31896(26) + 176 0.12887(30) +71 Lu lutetium + 175 0.97401(13) g + 176 0.02599(13) +72 Hf hafnium + 174 0.00161(2) g + 176 0.0524(14) + 177 0.1858(9) + 178 0.2728(6) + 179 0.1363(3) + 180 0.3512(16) +73 Ta tantalum + 180 0.0001176(23) + 181 0.9998824(23) +74 W tungsten + 180 0.0012(1) + 182 0.2650(16) + 183 0.1431(4) + 184 0.3064(2) + 186 0.2843(19) +75 Re rhenium + 185 0.3740(5) + 187 0.6260(5) +76 Os osmium + 184 0.0002(2) g + 186 0.0159(64) + 187 0.0196(17) + 188 0.1324(27) + 189 0.1615(23) + 190 0.2626(20) + 192 0.4078(32) +77 Ir iridium + 191 0.3723(9) + 193 0.6277(9) +78 Pt platinum + 190 0.00012(2) + 192 0.00782(24) + 194 0.32864(410) + 195 0.33775(240) + 196 0.25211(340) + 198 0.07356(130) +79 Au gold + 197 1 +80 Hg mercury + 196 0.0015(1) + 198 0.1004(3) + 199 0.1694(12) + 200 0.2314(9) + 201 0.1317(9) + 202 0.2974(13) + 204 0.0682(4) +81 Tl thallium + 203 [0.2944,0.2959] + 205 [0.7041,0.7056] +82 Pb lead + 204 0.014(6) [0.0000,0.0158] + 206 0.241(30) [0.0190,0.8673] + 207 0.221(50) [0.0035,0.2351] + 208 0.524(70) [0.0338,0.9775] +83 Bi bismuth + 209 1 +90 Th thorium + 230 0.0002(2) g + 232 0.9998(2) +91 Pa protactinium + 231 1 +92 U uranium + 234 0.000054(5) g m + 235 0.007204(6) + 238 0.992742(10)\ +""" + + +# Table of isotope masses from Wang(2021). The mass uncertainties have been rounded to one +# or two digits, but trailing zeros remain. Hashes `#` after mass(unc.) indicate +# values which are not solely derived from experiment, see the paper for details. +# Atomic weights and isotope ratios come from Coursey(?) downloaded c. 2010. +# These are ignored, and will be replaced by the IUPAC CIAAW values from 2021. +# Meng Wang et al. (2021) Chinese Phys. C 45 030003 +# DOI:10.1088/1674-1137/abddaf +# Coursey. J. S., Schwab. D. J., and Dragoset. R. A., NIST, +# Physics Laboratory, Office of Electronic Commerce in Scientific +# and Engineering Data. -massdata = """\ +isotope_mass = """\ 1-H-1,1.0078250319000(100),99.9885(70),1.00794(7) 1-H-2,2.0141017778400(200),0.0115(70),1.00794(7) 1-H-3,3.0160492813200(800),,1.00794(7) From 45b65e3d72ae2b20d34bebe5da762c1d645f1014 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Fri, 7 Jul 2023 14:32:14 -0400 Subject: [PATCH 12/29] Start noting changes to mass tables --- README.rst | 12 ++++++++++++ 1 file changed, 12 insertions(+) diff --git a/README.rst b/README.rst index d7f699c..6d054b0 100644 --- a/README.rst +++ b/README.rst @@ -73,6 +73,18 @@ Known issues Change history ============== +1.7.0 2023-07-?? +---------------- + +Modified: + +* Move to IAEA AME2020 for isotope mass +* Move to IUPAC CIAAW for atomic weight and isotopic abundance +* Li-6:Li-7 ratio changed from 12.2 to 19.6 (delta = 2.7%) +* Isotope percentage changed by 0.1 to 0.5 for B, Zn, Ge, Se, Mo, Er, Yb, Pt, Hg +* Atomic weight changed by 0.04% for Zn, 0.02% for S and 0.01% for Li, Ge, Se, Mo + + 1.6.1 2022-05-18 ---------------- From 64de891f6af2a5e0bf6e64e2bab43d660f7fc0ae Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Tue, 22 Aug 2023 17:48:17 -0400 Subject: [PATCH 13/29] Move uncertainty parser to util so it can be used for other tables --- periodictable/mass.py | 40 +++++++---------------------------- periodictable/util.py | 49 +++++++++++++++++++++++++++++++++++++++++++ 2 files changed, 56 insertions(+), 33 deletions(-) diff --git a/periodictable/mass.py b/periodictable/mass.py index fb8d3d5..64a1bab 100644 --- a/periodictable/mass.py +++ b/periodictable/mass.py @@ -61,33 +61,7 @@ """ from .core import Element, Isotope, default_table from .constants import neutron_mass, neutron_mass_unc - -def _parse_mass(s): - if s == "": # missing - return 0, 0 - # Parse [nominal] or [low,high] - if s.startswith('['): - s = s[1:-1] - parts = s.split(',') - if len(parts) > 1: - low, high = float(parts[0]), float(parts[1]) - return (high+low)/2, (high-low)/2 - else: - return float(parts[0]), 0 - # Parse value(unc) with perhaps '#' at the end - parts = s.split('(') - if len(parts) > 1: - # Split the value and uncertainty. - value, unc = parts[0], parts[1].split(')')[0] - # Count digits after the decimal for value and produce - # 0.00...0{unc} with the right number of zeros. - if not '.' in unc: - zeros = len(value.split('.')[1]) - len(unc) - unc = "0." + ("0"*zeros) + unc - return float(value), float(unc) - # Plain value with no uncertainty - return float(s), 0 - +from .util import parse_uncertainty def mass(isotope): """ @@ -143,9 +117,9 @@ def init(table, reload=False): assert el.symbol == sym, \ "Symbol %s does not match %s"%(sym, el.symbol) iso = el.add_isotope(int(iso)) - el._mass, el._mass_unc = _parse_mass(avg) - iso._mass, iso._mass_unc = _parse_mass(m) - iso._abundance, iso._abundance_unc = _parse_mass(p) + el._mass, el._mass_unc = parse_uncertainty(avg) + iso._mass, iso._mass_unc = parse_uncertainty(m) + iso._abundance, iso._abundance_unc = parse_uncertainty(p) # A single neutron is an isotope of element 0 el = table[0] @@ -161,12 +135,12 @@ def init(table, reload=False): #print(z, symbol, name, value) el = table[int(z)] if value != '-': - #v, dv = _parse_mass(value) + #v, dv = parse_uncertainty(value) #delta = abs(v-el._mass)/el._mass*100 #from uncertainties import ufloat as U #if delta > 0.01: # print(f"{el.number}-{el.symbol} mass changed by {delta:.2f}% to {U(v,dv):fS} from {U(el._mass,el._mass_unc):fS}") - el._mass, el._mass_unc = _parse_mass(value) + el._mass, el._mass_unc = parse_uncertainty(value) #Li_ratio = table.Li[7]._abundance/table.Li[6]._abundance @@ -203,7 +177,7 @@ def init(table, reload=False): #print(line) parts = line.strip().split() #print(parts) - value[int(parts[0])] = _parse_mass(parts[1]) + value[int(parts[0])] = parse_uncertainty(parts[1]) #new_Li_ratio = table.Li[7]._abundance/table.Li[6]._abundance #print(f"Li6:Li7 ratio changed from {Li_ratio:.1f} to {new_Li_ratio:.1f}") diff --git a/periodictable/util.py b/periodictable/util.py index f7917b1..2f9c25e 100644 --- a/periodictable/util.py +++ b/periodictable/util.py @@ -3,6 +3,55 @@ """ Helper functions """ +from math import sqrt + +def parse_uncertainty(s): + """ + Given a floating point value plus uncertainty return the pair (val, unc). + + Format is val, val(unc), [nominal] or [low,high]. + + The val(unc) form is like 23.0035(12), but also 23(1), 23.0(1.0), or + maybe even 23(1.0). This parser does not handle exponential notation + such as 1.032(4)E10 + + The nominal form has zero uncertainty, as does a bare value. + + The [low,high] form is assumed to be a rectangular distribution of 1-sigma + equivalent width (high-low)/sqrt(12). + + An empty string is returned as None,None rather than 0,inf. + """ + if s == "": # missing + # TODO: maybe 0 +/- inf ? + return None, None + + # Parse [nominal] or [low,high] + if s.startswith('['): + s = s[1:-1] + parts = s.split(',') + if len(parts) > 1: + low, high = float(parts[0]), float(parts[1]) + # Use equivalent 1-sigma width for a rectangular distribution + return (high+low)/2, (high-low)/sqrt(12) + else: + return float(parts[0]), 0 + + # Parse value(unc) with perhaps '#' at the end + parts = s.split('(') + if len(parts) > 1: + # Split the value and uncertainty. + value, unc = parts[0], parts[1].split(')')[0] + # Count digits after the decimal for value and produce + # 0.00...0{unc} with the right number of zeros. + # e.g., 23.0035(12) but not 23(1) or 23.0(1.0) or 23(1.0) + if '.' not in unc and '.' in value: + zeros = len(value.split('.')[1]) - len(unc) + unc = "0." + ("0"*zeros) + unc + return float(value), float(unc) + + # Plain value with no uncertainty + return float(s), 0 def cell_volume(a=None, b=None, c=None, alpha=None, beta=None, gamma=None): r""" From c7e55da685b50c8dfb41c7c354a38d57dd8233fa Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Tue, 22 Aug 2023 17:53:34 -0400 Subject: [PATCH 14/29] Fix typos in ATI tables: Zr[90].neutron.b_c changes from 6.9 to 6.0 --- README.rst | 4 +++- periodictable/nsf.py | 14 ++++++++------ 2 files changed, 11 insertions(+), 7 deletions(-) diff --git a/README.rst b/README.rst index 6d054b0..9d38516 100644 --- a/README.rst +++ b/README.rst @@ -80,9 +80,11 @@ Modified: * Move to IAEA AME2020 for isotope mass * Move to IUPAC CIAAW for atomic weight and isotopic abundance -* Li-6:Li-7 ratio changed from 12.2 to 19.6 (delta = 2.7%) +* Li-6:Li-7 mass ratio changed from 12.2 to 19.6 (delta = 2.7%) * Isotope percentage changed by 0.1 to 0.5 for B, Zn, Ge, Se, Mo, Er, Yb, Pt, Hg * Atomic weight changed by 0.04% for Zn, 0.02% for S and 0.01% for Li, Ge, Se, Mo +* Zn-70 b_c changed from 6.9 to 6.0 (fixing a typo in the ATI tables) +* Fix typos in uncertainties for the ATI table (Zr-90, Te-124, Sm-147) 1.6.1 2022-05-18 diff --git a/periodictable/nsf.py b/periodictable/nsf.py index 8d1d01d..e9c5962 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -143,7 +143,7 @@ from .core import Element, Isotope, default_table from .constants import (avogadro_number, plancks_constant, electron_volt, neutron_mass, atomic_mass_constant) -from .util import require_keywords +from .util import require_keywords, parse_uncertainty __all__ = ['init', 'Neutron', 'neutron_energy', 'neutron_wavelength', @@ -303,7 +303,8 @@ class Neutron(object): * absorption (barn) Absorption cross section $\sigma_a$ at 1.798 |Ang|. Scale to your beam by dividing by periodictable.nsf.ABSORPTION_WAVELENGTH and multiplying - by your wavelength. + by your wavelength. This wavelength corresponds to a neutron velocity + of 2200 m/s and neutron energy of 25.3 meV. * b_c_complex (fm) Complex coherent scattering length derived from the tabulated @@ -1257,6 +1258,7 @@ def sld_plot(table=None): # The coherent and incoherent scattering cross-sections in barns. # absorption # The thermal absorption cross section in barns at 1.798 Angstroms/25.30 meV. +# 2200 m/s # # Numbers in parenthesis represents uncertainty. # Numbers followed by '*' are estimated. @@ -1365,7 +1367,7 @@ def sld_plot(table=None): 30-Zn-66,27.8,0,5.98(5),,,,4.48(8),0,4.48(8),0.62(6) 30-Zn-67,4.1,5/2,7.58(8),5.8(5),10.1(7),+/-,7.18(15),0.28(3),7.46(15),6.8(8) 30-Zn-68,18.6,0,6.04(3),,,,4.57(5),0,4.57(5),1.1(1) -30-Zn-70,0.62,0,6.9(1.0)*,,,,4.5(1.5),0,4.5(1.5),0.092(5) +30-Zn-70,0.62,0,6.0(1.0)*,,,,4.5(1.5),0,4.5(1.5),0.092(5) 31-Ga,,,7.288(2),,,,6.675(4),0.16(3),6.83(3),2.75(3) 31-Ga-69,60,3/2,8.043(16),6.3(2),10.5(4),+/-,7.80(4),0.091(11),7.89(4),2.18(5) 31-Ga-71,40,3/2,6.170(11),5.5(6),7.8(1),+/-,5.15(5),0.084(8),5.23(5),3.61(10) @@ -1403,7 +1405,7 @@ def sld_plot(table=None): 38-Sr-88,82.6,0,7.16(6),,,,6.42(11),0,6.42(11),0.058(4) 39-Y-89,100,1/2,7.75(2),8.4(2),5.8(5),+/-,7.55(4),0.15(8),7.70(9),1.28(2) 40-Zr,,,7.16(3),,,,6.44(5),0.02(15),6.46(14),0.185(3) -40-Zr-90,51.48,0,6.5(1),,,,5.1(2),0,5.1(2),0.011(59 +40-Zr-90,51.48,0,6.5(1),,,,5.1(2),0,5.1(2),0.011(5) 40-Zr-91,11.23,5/2,8.8(1),7.9(2),10.1(2),+/-,9.5(2),0.15(4),9.7(2),1.17(10) 40-Zr-92,17.11,0,7.5(2),,,,6.9(4),0,6.9(4),0.22(6) 40-Zr-94,17.4,0,8.3(2),,,,8.4(4),0,8.4(4),0.0499(24) @@ -1467,7 +1469,7 @@ def sld_plot(table=None): 52-Te-120,0.09,0,5.3(5),,,,3.5(7),0,3.5(7),2.3(3) 52-Te-122,2.4,0,3.8(2),,,,1.8(2),0,1.8(2),3.4(5) 52-Te-123,0.87,1/2,-0.05(25),-1.2(2),3.5(2),,0.002(3),0.52(5),0.52(5),418.0(30.0) -52-Te-124,4.61,0,7.95(10),,,,8.0(2),0,8.0(2,6.8(1.3) +52-Te-124,4.61,0,7.95(10),,,,8.0(2),0,8.0(2),6.8(1.3) 52-Te-125,6.99,1/2,5.01(8),4.9(2),5.5(2),,3.17(10),0.008(8),3.18(10),1.55(16) 52-Te-126,18.71,0,5.55(7),,,,3.88(10),0,3.88(10),1.04(15) 52-Te-128,31.79,0,5.88(8),,,,4.36(10),0,4.36(10),0.215(8) @@ -1512,7 +1514,7 @@ def sld_plot(table=None): 61-Pm-147,2.62 Y,7/2,12.6(4),,,,20.0(1.3),1.3(2.0),21.3(1.5),168.4(3.5) 62-Sm,,,0.00(5),,,E,0.422(9),39.0(3.0),39.4(3.0),5922.0(56.0) 62-Sm-144,3.1,0,-3.0(4.0)*,,,,1.0(3.0),0,1.0(3.0),0.7(3) -62-Sm-147,15,7/2,14.0(3.0),,,,25.0(11.0),14.0(19.0.),39.0(16.0),57.0(3.0) +62-Sm-147,15,7/2,14.0(3.0),,,,25.0(11.0),14.0(19.0),39.0(16.0),57.0(3.0) 62-Sm-148,11.2,0,-3.0(4.0)*,,,,1.0(3.0),0,1.0(3.0),2.4(6) 62-Sm-149,13.8,7/2,18.7(28),,,E,63.5(6),137.0(5.0),200.0(5.0),42080.0(400.0) 62-Sm-150,7.4,0,14.0(3.0),,,,25.0(11.0),0,25.0(11.0),104.0(4.0) From f020397ca3b53a92542a4241e985d50ef10de811 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Tue, 22 Aug 2023 18:10:31 -0400 Subject: [PATCH 15/29] Use uncertainty parser for neutron table, but ignore uncertainty for now --- periodictable/nsf.py | 10 ++-------- 1 file changed, 2 insertions(+), 8 deletions(-) diff --git a/periodictable/nsf.py b/periodictable/nsf.py index e9c5962..d8dbf88 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -1666,14 +1666,8 @@ def fix_number(str): uncertainty. Also accepts a limited range, e.g., <1e-6, which is converted as 1e-6. Missing values are set to 0. """ - if str == '': - return None - idx = str.find('(') - if idx >= 0: - str = str[0:idx] - if str[0] == '<': - str = str[1:] - return float(str) + from .util import parse_uncertainty + return parse_uncertainty(str.replace('<','').replace('*',''))[0] def sld_table(wavelength=1, table=None, isotopes=True): r""" From c32f3d136f9100444bb6273f475223cb5ff3180d Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Wed, 23 Aug 2023 11:53:09 -0400 Subject: [PATCH 16/29] Fix typo in 56-Ba-138 total scattering uncertainty --- periodictable/nsf.py | 4 +--- 1 file changed, 1 insertion(+), 3 deletions(-) diff --git a/periodictable/nsf.py b/periodictable/nsf.py index d8dbf88..9df0e7c 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -1493,7 +1493,7 @@ def sld_plot(table=None): 56-Ba-135,6.59,3/2,4.66(10),,,,2.74(12),0.5(5)*,3.2(5),5.8(9) 56-Ba-136,7.81,0,4.90(8),,,,3.03(10),0,3.03(10),0.68(17) 56-Ba-137,11.32,3/2,6.82(10),,,,5.86(17),0.5(5)*,6.4(5),3.6(2) -56-Ba-138,71.66,0,4.83(8),,,,2.94(10),0,2.94(19),0.27(14) +56-Ba-138,71.66,0,4.83(8),,,,2.94(10),0,2.94(10),0.27(14) 57-La,,,8.24(4),,,,8.53(8),1.13(19),9.66(17),8.97(2) 57-La-138,0.09,5,8.0(2.0)*,,,,8.0(4.0),0.5(5)*,8.5(4.0),57.0(6.0) 57-La-139,99.91,7/2,8.24(4),11.4(3),4.5(4),+/-,8.53(8),1.13(15),9.66(17),8.93(4) @@ -1658,8 +1658,6 @@ def sld_plot(table=None): # 63-Eu-151,-2.46,, # 64-Gd-157,-47,-75, - - def fix_number(str): """ Converts strings of the form e.g., 35.24(2)* into numbers without From bba96955100b96209602dd6a2f4b41ce2ebc8c86 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Wed, 23 Aug 2023 17:46:34 -0400 Subject: [PATCH 17/29] Fix tests which broke because of updated tables --- README.rst | 4 +-- doc/sphinx/guide/formula_grammar.rst | 12 ++++----- doc/sphinx/guide/using.rst | 6 ++--- periodictable/core.py | 2 +- periodictable/fasta.py | 15 +++++++---- periodictable/mass.py | 9 +++++-- periodictable/nsf.py | 8 +++--- periodictable/xsf.py | 2 +- test/test_formulas.py | 10 +++++--- test/test_mass.py | 12 ++++----- test/test_nsf.py | 38 ++++++++++++++++++---------- test/test_xsf.py | 17 ++++++++----- 12 files changed, 81 insertions(+), 54 deletions(-) diff --git a/README.rst b/README.rst index 9d38516..93ed3d2 100644 --- a/README.rst +++ b/README.rst @@ -83,8 +83,8 @@ Modified: * Li-6:Li-7 mass ratio changed from 12.2 to 19.6 (delta = 2.7%) * Isotope percentage changed by 0.1 to 0.5 for B, Zn, Ge, Se, Mo, Er, Yb, Pt, Hg * Atomic weight changed by 0.04% for Zn, 0.02% for S and 0.01% for Li, Ge, Se, Mo -* Zn-70 b_c changed from 6.9 to 6.0 (fixing a typo in the ATI tables) -* Fix typos in uncertainties for the ATI table (Zr-90, Te-124, Sm-147) +* Zn-70 b_c changed from 6.9 to 6.0 in the neutron table (fixing a typo in the original) +* Fix typos in uncertainties in the neutron table (Zr-90, Te-124, Ba-138, Sm-147) 1.6.1 2022-05-18 diff --git a/doc/sphinx/guide/formula_grammar.rst b/doc/sphinx/guide/formula_grammar.rst index b87cad3..0839e7d 100644 --- a/doc/sphinx/guide/formula_grammar.rst +++ b/doc/sphinx/guide/formula_grammar.rst @@ -116,7 +116,7 @@ A formula string is translated into a formula using * Specific mass can be giving with count follwed by mass units: >>> print(formula("5g NaCl // 50mL H2O@1")) - NaCl(H2O)32.4407 + NaCl(H2O)32.4395 Density will be required for materials given by volume. Mass will be stored in the *total_mass* attribute of the resulting formula. @@ -124,7 +124,7 @@ A formula string is translated into a formula using * Multilayers can be specified by thickness: >>> print(formula("1 um Si // 5 nm Cr // 10 nm Au")) - Si119.99CrAu1.41722 + Si119.992CrAu1.41722 Density will be required for each layer. Thickness will be stored in the *total_thickness* attribute of the resulting formula. Thickness can @@ -135,7 +135,7 @@ A formula string is translated into a formula using 20:80 by volume with D2O: >>> print(formula("20%vol (10%wt NaCl@2.16 // H2O@1) // D2O@1n")) - NaCl(H2O)29.1966(D2O)122.794 + NaCl(H2O)29.1956(D2O)122.79 * Empty formulas are supported, e.g., for air or vacuum: @@ -256,7 +256,7 @@ Note that this is different from a 2:1 mixture by weight: >>> mix = mix_by_weight(H2O,2,D2O,1) >>> print("%s %.4g"%(mix,mix.density)) - (H2O)2.2234D2O 1.035 + (H2O)2.22339D2O 1.035 Except in the simplest of cases, the density of the mixture cannot be computed from the densities of the components, and the resulting density @@ -272,8 +272,8 @@ compute molar mass and neutron/xray scattering length density: >>> import periodictable >>> SiO2 = periodictable.formula('SiO2') >>> hydrated = SiO2 + periodictable.formula('3H2O') - >>> print('%s mass %s'%(hydrated,hydrated.mass)) - SiO2(H2O)3 mass 114.13014 + >>> print('%s mass %g'%(hydrated,hydrated.mass)) + SiO2(H2O)3 mass 114.128 >>> rho,mu,inc = periodictable.neutron_sld('SiO2+3H2O',density=1.5,wavelength=4.75) >>> print('%s neutron sld %.3g'%(hydrated,rho)) SiO2(H2O)3 neutron sld 0.849 diff --git a/doc/sphinx/guide/using.rst b/doc/sphinx/guide/using.rst index 48d891b..da7872e 100644 --- a/doc/sphinx/guide/using.rst +++ b/doc/sphinx/guide/using.rst @@ -18,7 +18,7 @@ Access particular elements by name: >>> from periodictable import hydrogen >>> print("H mass %s %s"%(hydrogen.mass, hydrogen.mass_units)) - H mass 1.00794 u + H mass 1.008 u Access particular elements as symbols: @@ -54,7 +54,7 @@ Import all elements: >>> print(periodictable.H) H >>> print(periodictable.H.mass) - 1.00794 + 1.008 Deuterium and tritium are special isotopes named D and T some neutron information is available as 'n': @@ -64,7 +64,7 @@ some neutron information is available as 'n': >>> print("D mass %s"%D.mass) D mass 2.01410177784 >>> print("neutron mass %s"%n.mass) - neutron mass 1.00866491597 + neutron mass 1.0086649159 Process all the elements: diff --git a/periodictable/core.py b/periodictable/core.py index 7324eea..915b9f9 100644 --- a/periodictable/core.py +++ b/periodictable/core.py @@ -378,7 +378,7 @@ def list(self, *props, **kw): >>> from periodictable import elements >>> elements.list('symbol', 'mass', 'density', - ... format="%-2s: %6.2f u %5.2f g/cm^3") # doctest: +ELLIPSIS, +NORMALIZE_WHITESPACE + ... format="%-2s: %6.2f u %6.2f g/cm^3") # doctest: +ELLIPSIS, +NORMALIZE_WHITESPACE H : 1.01 u 0.07 g/cm^3 He: 4.00 u 0.12 g/cm^3 Li: 6.94 u 0.53 g/cm^3 diff --git a/periodictable/fasta.py b/periodictable/fasta.py index 7f6c374..6d28750 100644 --- a/periodictable/fasta.py +++ b/periodictable/fasta.py @@ -478,14 +478,14 @@ def fasta_table(): rows += [v for k, v in sorted(NUCLEIC_ACID_COMPONENTS.items())] rows += [Sequence("beta casein", beta_casein)] - print("%20s %7s %7s %7s %5s %5s %5s %5s %5s %5s" + print("%25s %7s %7s %7s %5s %5s %5s %5s %5s %5s" % ("name", "M(H2O)", "M(D2O)", "volume", "den", "#el", "xray", "nH2O", "nD2O", "%D2O match")) for v in rows: protons = sum(num*el.number for el, num in v.natural_formula.atoms.items()) electrons = protons - v.charge Xsld = xray_sld(v.formula, wavelength=elements.Cu.K_alpha) - print("%20s %7.1f %7.1f %7.1f %5.2f %5d %5.2f %5.2f %5.2f %5.1f"%( + print("%25s %7.1f %7.1f %7.1f %5.2f %5d %5.2f %5.2f %5.2f %5.1f"%( v.name, v.mass, v.Dmass, v.cell_volume, v.natural_formula.density, electrons, Xsld[0], v.sld, v.Dsld, v.D2Omatch)) @@ -499,11 +499,15 @@ def test(): # name Hmass Dmass vol den #el xray Hsld Dsld # =========== ======= ======= ======= ===== ===== ===== ===== ===== # beta casein 23561.9 23880.9 30872.9 1.27 12614 11.55 1.68 2.75 + # ... updated for new mass table [2023-08] + # same 23562.3 23881.2 same 1.27 same 1.68 2.75 seq = Sequence("beta casein", beta_casein) - assert abs(seq.mass - 23561.9) < 0.1 - assert abs(seq.Dmass - 23880.9) < 0.1 + density = seq.mass/avogadro_number/seq.cell_volume*1e24 + #print(seq.mass, seq.Dmass, density, seq.sld, seq.Dsld) + assert abs(seq.mass - 23562.3) < 0.1 + assert abs(seq.Dmass - 23881.2) < 0.1 assert abs(seq.cell_volume - 30872.9) < 0.1 - assert abs(seq.mass/avogadro_number/seq.cell_volume*1e24 - 1.267) < 0.01 + assert abs(density - 1.267) < 0.01 assert abs(seq.sld - 1.68) < 0.01 assert abs(seq.Dsld - 2.75) < 0.01 @@ -516,3 +520,4 @@ def test(): if __name__ == "__main__": fasta_table() + #test() diff --git a/periodictable/mass.py b/periodictable/mass.py index 64a1bab..c517d2a 100644 --- a/periodictable/mass.py +++ b/periodictable/mass.py @@ -109,7 +109,8 @@ def init(table, reload=False): # Parse isotope mass table where each line looks like: # z-el-iso,isotope mass(unc)#?,abundance(unc),element mass(unc) - # The abundance and element masses will be superceded below + # The abundance and element masses will be set from other tables, so + # ignore them here. for line in isotope_mass.split('\n'): isotope, m, p, avg = line.split(',') z, sym, iso = isotope.split('-') @@ -117,9 +118,13 @@ def init(table, reload=False): assert el.symbol == sym, \ "Symbol %s does not match %s"%(sym, el.symbol) iso = el.add_isotope(int(iso)) + # Note: new mass table doesn't include nominal values for transuranics + # so use old masses here and override later with new masses. el._mass, el._mass_unc = parse_uncertainty(avg) + #el._mass, el._mass_unc = None, None iso._mass, iso._mass_unc = parse_uncertainty(m) - iso._abundance, iso._abundance_unc = parse_uncertainty(p) + #iso._abundance, iso._abundance_unc = parse_uncertainty(p) + iso._abundance, iso._abundance_unc = 0, 0 # A single neutron is an isotope of element 0 el = table[0] diff --git a/periodictable/nsf.py b/periodictable/nsf.py index 9df0e7c..53689f8 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -1686,8 +1686,8 @@ def sld_table(wavelength=1, table=None, isotopes=True): >>> sld_table(wavelength=4.75) # doctest: +ELLIPSIS, +NORMALIZE_WHITESPACE Neutron scattering length density table atom mass density sld imag incoh - H 1.008 0.071 -1.582 0.000 10.691 - 1-H 1.008 0.071 -1.583 0.000 10.691 + H 1.008 0.071 -1.582 0.000 10.690 + 1-H 1.008 0.071 -1.583 0.000 10.690 D 2.014 0.141 2.823 0.000 1.705 T 3.016 0.212 2.027 0.000 0.453 He 4.003 0.122 0.598 0.000 0.035 @@ -1869,7 +1869,6 @@ def coherent_comparison_table(table=None, tol=None): Sc 18.40 19.00 -3.2% 45-Sc 18.40 19.00 -3.2% 65-Cu 13.08 14.10 -7.2% - 70-Zn 5.98 4.50 33.0% 84-Sr 3.14 6.00 -47.6% ... @@ -1934,7 +1933,6 @@ def incoherent_comparison_table(table=None, tol=None): Sc 4.50 5.10 -11.8% 45-Sc 4.50 5.10 -11.8% 65-Cu 0.40 1.42 -71.7% - 70-Zn 0.00 -1.48 -100.0% 84-Sr 0.00 2.86 -100.0% ... @@ -1989,3 +1987,5 @@ def main(): if __name__ == "__main__": main() + #coherent_comparison_table(tol=0.5) + #incoherent_comparison_table(tol=0.5) diff --git a/periodictable/xsf.py b/periodictable/xsf.py index 0e924dc..d954136 100644 --- a/periodictable/xsf.py +++ b/periodictable/xsf.py @@ -695,7 +695,7 @@ def sld_table(wavelength=None, table=None): He 1.03 0.00 Li 3.92 0.00 Be 13.93 0.01 - B 18.40 0.01 + B 18.40 0.02 C 18.71 0.03 N 6.88 0.02 O 9.74 0.04 diff --git a/test/test_formulas.py b/test/test_formulas.py index 81ccf4b..832ab7d 100644 --- a/test/test_formulas.py +++ b/test/test_formulas.py @@ -165,11 +165,15 @@ def test(): check_formula(formula('1mm Fe // 1mm Ni'), formula('50%vol Fe // Ni')) check_formula(formula('50%vol Co // Ti'), formula('2mL Co // 2mL Ti')) check_formula(formula('50%wt Co // Ti'), formula('2g Co // 2g Ti')) - check_formula(formula('2mL Co // 2mL Ti'), formula(((1.5922466356368357, Co), (1, Ti)))) - check_formula(formula('2g Co // 2g Ti'), formula(((1, Co), (1.231186412350889, Ti)))) + # The relative quantities change whenenver the mass is updated. + #print(formula('2mL Co // 2mL Ti').structure) + #print(formula('2g Co // 2g Ti').structure) + #print(formula('5g NaCl // 50mL H2O@1').structure) + check_formula(formula('2mL Co // 2mL Ti'), formula(((1.5922467977437773, Co), (1, Ti)))) + check_formula(formula('2g Co // 2g Ti'), formula(((1, Co), (1.2311862870035726, Ti)))) check_formula(formula('5g NaCl // 50mL H2O@1'), formula('5g NaCl // 50g H2O')) check_formula(formula('5g NaCl // 50mL H2O@1'), - formula(((1, Na), (1, Cl), (32.4407, ((2, H), (1, O))))), tol=1e-5) + formula(((1, Na), (1, Cl), (32.43950556758257, ((2, H), (1, O))))), tol=1e-5) assert abs(formula('1mm Fe // 1mm Ni').thickness - 0.002) < 0.002*1e014 assert abs(formula('2g Co // 2g Ti').total_mass - 4) < 4*1e-14 check_mass(formula('2mL Co // 2mL Ti'), mass=2*(Co.density+Ti.density)) diff --git a/test/test_mass.py b/test/test_mass.py index 2fe4618..c5e329d 100644 --- a/test/test_mass.py +++ b/test/test_mass.py @@ -3,8 +3,8 @@ def test(): # Constants defined in the tables. These may be updated from time to time. - Be_12_mass = 12.0269221 - Be_mass = 9.012182 + Be_12_mass = 12.02692210 + Be_mass = 9.0121831 Pb_206_abundance = 24.1 Pb_209_abundance = 0 Pb_mass = 207.2 @@ -13,8 +13,8 @@ def test(): assert periodictable.Be.mass == Be_mass assert abs(periodictable.Be[12].ion[2].mass - (Be_12_mass - 2*periodictable.constants.electron_mass))<1e-12 assert abs(periodictable.Be.ion[2].mass - (Be_mass - 2*periodictable.constants.electron_mass))<1e-12 - assert periodictable.Pb[206].abundance == Pb_206_abundance - assert periodictable.Pb[209].abundance == Pb_209_abundance + assert abs(periodictable.Pb[206].abundance - Pb_206_abundance) < 1e-14 + assert abs(periodictable.Pb[209].abundance - Pb_209_abundance) < 1e-14 assert periodictable.Pb.mass == Pb_mass assert periodictable.n.mass == neutron_mass @@ -31,8 +31,6 @@ def test(): # Check average mass corresponds to abundance information - # Note: should check that this is true within uncertainty, but - # uncertainties are not being loaded. for el in periodictable.elements: abundance=0 mass=0 @@ -42,7 +40,7 @@ def test(): else: abundance += iso.abundance mass += iso.mass*iso.abundance/100. - assert abundance==0 or abs(mass - el.mass)/el.mass < 1e-3,\ + assert abundance==0 or abs(mass - el.mass) < el._mass_unc,\ "avg mass for %s is %g != %g"%(el.symbol,el.mass,mass) diff --git a/test/test_nsf.py b/test/test_nsf.py index c14cbed..9316ae8 100644 --- a/test/test_nsf.py +++ b/test/test_nsf.py @@ -2,6 +2,7 @@ import periodictable from periodictable import elements, formula, nsf from periodictable.nsf import neutron_scattering, neutron_sld +from periodictable.constants import avogadro_number as N_A from math import sqrt, pi def test(): @@ -120,7 +121,8 @@ def test(): assert abs(depth-depth2)<1e-14 # Test energy <=> velocity <=> wavelength - assert abs(nsf.neutron_wavelength_from_velocity(2200) - 1.7981972618436388) < 1e-14 + # PAK: value changes with updated neutron and atomic mass constants [2023-08] + assert abs(nsf.neutron_wavelength_from_velocity(2200) - 1.7981972619684314) < 1e-14 assert abs(nsf.neutron_wavelength(25) - 1.8) < 0.1 assert abs(nsf.neutron_energy(nsf.neutron_wavelength(25)) - 25) < 1e-14 @@ -132,7 +134,8 @@ def test(): assert abs(depth-depth2)<1e-14 def test_formula(): - M = formula('B4C', density=2.52) + density = 2.52 + M = formula('B4C', density=density) sld,xs,depth = neutron_scattering(M,wavelength=4.75) # Compare to Alan Munter's numbers: # SLD=7.65e-6 - 2.34e-7i /A^2 @@ -155,7 +158,9 @@ def test_formula(): # sld_re = 10*number_density * b_c.real # sigma_c = 4*pi/100*((sld_re - 1j*sld_im)/(10*number_density))**2 # coh_xs = sigma_c * number_density - Nb = 0.13732585020640778 + molar_mass = 4*elements.B.mass + elements.C.mass + cell_volume = (molar_mass/density) / N_A * 1e24 + Nb = 5 / cell_volume sld_inc = Nb*sqrt(100/(4*pi)*xs[2]/Nb)*10 coh_xs = Nb*4*pi/100*(abs(sld[0] - 1j*sld[1])/(10*Nb))**2 assert abs(sld[2] - sld_inc) < 1e-14 @@ -251,7 +256,8 @@ def test_energy_dependent(): # Use abundance from mass.py: 97.41% Lu[175] + 2.59% Lu[176] # Note: abundance uses mole fraction. DOI:10.1351/PAC-REP-10-06-02 Lu = elements.Lu - Lu_equiv = "Lu[175]97.41+Lu[176]2.59" + Lu_175_abundance, Lu_176_abundance = 97.401, 2.599 + Lu_equiv = f"Lu[175]{Lu_175_abundance}+Lu[176]{Lu_176_abundance}" # Note: skipping incoherent xs in returned value @@ -260,9 +266,9 @@ def test_energy_dependent(): sld1 = neutron_sld(Lu_equiv, wavelength=wavelength, natural_density=Lu.density) sld2 = Lu.neutron.sld(wavelength=wavelength) # sld elements are arrays of length 4 - #print("multiple"); print(sld1); print(sld2) assert all(len(v) == 4 for v in sld1 + sld2) - assert all((abs((v-w)/v) < 1e-14).all() for v, w in zip(sld1[:2], sld2[:2])) + assert (abs((sld1[0]-sld2[0])/sld1[0]) < 1e-14).all() + assert (abs((sld1[1]-sld2[1])/sld1[1]) < 1e-14).all() # Length 1 wavelength energy dependent sld1 = neutron_sld(Lu_equiv, wavelength=wavelength[:1], natural_density=Lu.density) @@ -270,7 +276,8 @@ def test_energy_dependent(): # sld elements are arrays of length 1 #print("length 1", sld1, sld2) assert all(len(v) == 1 for v in sld1 + sld2) - assert all((abs((v-w)/v) < 1e-14).all() for v, w in zip(sld1[:2], sld2[:2])) + assert (abs((sld1[0]-sld2[0])/sld1[0]) < 1e-14).all() + assert (abs((sld1[1]-sld2[1])/sld1[1]) < 1e-14).all() # Scalar wavelength energy dependent sld1 = neutron_sld(Lu_equiv, wavelength=wavelength[0], natural_density=Lu.density) @@ -278,33 +285,37 @@ def test_energy_dependent(): # sld elements are scalars; note no .all() on the comparison #print("scalar", sld1, sld2) assert all(np.isscalar(v) for v in sld1 + sld2) - assert all((abs((v-w)/v) < 1e-14) for v, w in zip(sld1[:2], sld2[:2])) + assert (abs((sld1[0]-sld2[0])/sld1[0]) < 1e-14).all() + assert (abs((sld1[1]-sld2[1])/sld1[1]) < 1e-14).all() # Check that composite sld calculator works with energy dependence and # various wavelength vectors. materials = formula('Lu[175]'), formula('Lu[176]') - weights = np.array((97.41, 2.59)) + weights = np.array((Lu_175_abundance, Lu_176_abundance)) # Multiple wavelength sld1 = neutron_sld(Lu_equiv, wavelength=wavelength, density=Lu.density) calc = neutron_composite_sld(materials, wavelength=wavelength) sld2 = calc(weights, density=Lu.density) assert all(len(v) == 4 for v in sld1 + sld2) - assert all((abs((v-w)/v) < 1e-14).all() for v, w in zip(sld1[:2], sld2[:2])) + assert (abs((sld1[0]-sld2[0])/sld1[0]) < 1e-14).all() + assert (abs((sld1[1]-sld2[1])/sld1[1]) < 1e-14).all() # Length 1 wavelength sld1 = neutron_sld(Lu_equiv, wavelength=wavelength[:1], density=Lu.density) calc = neutron_composite_sld(materials, wavelength=wavelength[:1]) sld2 = calc(weights, density=Lu.density) assert all(len(v) == 1 for v in sld1 + sld2) - assert all((abs((v-w)/v) < 1e-14).all() for v, w in zip(sld1[:2], sld2[:2])) + assert (abs((sld1[0]-sld2[0])/sld1[0]) < 1e-14).all() + assert (abs((sld1[1]-sld2[1])/sld1[1]) < 1e-14).all() # scalar wavelength sld1 = neutron_sld(Lu_equiv, wavelength=wavelength[0], density=Lu.density) calc = neutron_composite_sld(materials, wavelength=wavelength[0]) sld2 = calc(weights, density=Lu.density) assert all(np.isscalar(v) for v in sld1 + sld2) - assert all((abs((v-w)/v) < 1e-14) for v, w in zip(sld1[:2], sld2[:2])) + assert (abs((sld1[0]-sld2[0])/sld1[0]) < 1e-14) + assert (abs((sld1[1]-sld2[1])/sld1[1]) < 1e-14) # Check against Alex Grutter spreadsheet values computed from Lynn&Seeger wavelength = neutron_wavelength(80) # look at 80 meV in the table @@ -313,7 +324,8 @@ def test_energy_dependent(): # reconstruct density from the given number density density = elements.Gd.mass*number_density*1e21/NA sld2 = neutron_sld("Gd", wavelength=wavelength, density=density) - assert all(abs((v-w)/v)<1e-14 for v, w in zip(sld1[:2], sld2[:2])) + assert (abs((sld1[0]-sld2[0])/sld1[0]) < 1e-14) + assert (abs((sld1[1]-sld2[1])/sld1[1]) < 1e-14) def time_composite(): from periodictable.nsf import neutron_composite_sld diff --git a/test/test_xsf.py b/test/test_xsf.py index ec53e0c..4cd8a79 100644 --- a/test/test_xsf.py +++ b/test/test_xsf.py @@ -1,4 +1,4 @@ -import numpy +import numpy as np from numpy import pi, isnan from periodictable import formula from periodictable import Cu,Mo,Ni,Fe,Si,H,D,O @@ -26,7 +26,7 @@ def test_xsf(): Fe_rho,Fe_mu = Fe.xray.sld(wavelength=Cu.K_alpha) assert abs(Fe_rho-59.45) < 0.01 Si_rho,Si_mu = Si.xray.sld(energy=8.050) - assert abs(Si_rho-20.0701) < 0.0001 + assert abs(Si_rho-20.0705) < 0.0001 assert abs(Si_mu-0.4572) < 0.0001 # Check that wavelength is the default @@ -151,11 +151,14 @@ def test_refl(): 704.226 2.655170E-02 1000.00 1.240138E-03""") - e,R2 = numpy.loadtxt(data2).T - e,R3 = numpy.loadtxt(data3).T - R = mirror_reflectivity(energy=e*1e-3,angle=[2,3],compound='SiO2',density=2.2, - roughness=30) - assert numpy.max(abs((R-numpy.vstack([R2,R3]))/R)) < 1e-4 + e,R2 = np.loadtxt(data2).T + e,R3 = np.loadtxt(data3).T + R = mirror_reflectivity( + energy=e*1e-3, angle=[2,3], + compound='SiO2', density=2.2, roughness=30) + #print(R.T) + #print(((R - np.vstack([R2,R3]))/R).T) + assert np.max(abs((R-np.vstack([R2,R3]))/R)) < 2e-4 def main(): From ee2f2d38fce0beff0fc90c7af1a571cc235f313a Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Fri, 25 Aug 2023 11:23:59 -0400 Subject: [PATCH 18/29] Fix build issues with docs? --- MANIFEST.in | 10 ++++++---- periodictable/mass.py | 9 +++++---- 2 files changed, 11 insertions(+), 8 deletions(-) diff --git a/MANIFEST.in b/MANIFEST.in index db86edc..77181ae 100644 --- a/MANIFEST.in +++ b/MANIFEST.in @@ -1,7 +1,9 @@ include LICENSE.txt -include doc -include periodictable/xsf/* -include periodictable/activation.dat +graft doc prune doc/sphinx/_build prune doc/sphinx/build -exclude build dist *.pyc +prune */__pycache__ +prune */*/__pycache__ +prune */*/*/__pycache__ +#recursive-exclude __pycache__ * +#exclude build dist *.pyc __pycache__/* diff --git a/periodictable/mass.py b/periodictable/mass.py index c517d2a..ea07887 100644 --- a/periodictable/mass.py +++ b/periodictable/mass.py @@ -75,8 +75,9 @@ def mass(isotope): Atomic weight of the element. Reference: - *Wang. M., Huang. W. J., Kondev. F. G., Audi. G., Naimi. S., The AME - 2020 atomic mass evaluation (II). Tables, graphs and references * + Wang. M., Huang. W. J., Kondev. F. G., Audi. G., Naimi. S. (2021) + The AME 2020 atomic mass evaluation (II). Tables, graphs and references + *Chinese Physics C*, Volume 45, Number 3 """ return isotope._mass @@ -91,8 +92,8 @@ def abundance(isotope): *abundance* : float | % Reference: - *Coursey. J. S., Schwab. D. J, and Dragoset. R. A., NIST Atomic - Weights and Isotopic Composition Database.* + J. Meija et al. (2016) Isotopic compositions of the elements 2013 + *Pure and Applied Chemistry* 88, 293-306. """ return isotope._abundance From 58c3d08912e02d773a7f9ffdb91dc5b35e7521ba Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Fri, 25 Aug 2023 15:01:25 -0400 Subject: [PATCH 19/29] Update docs --- README.rst | 39 +++++++++++++++++---------------------- periodictable/nsf.py | 29 ++++++++++++++++++++++++----- 2 files changed, 41 insertions(+), 27 deletions(-) diff --git a/README.rst b/README.rst index 93ed3d2..28fe940 100644 --- a/README.rst +++ b/README.rst @@ -5,23 +5,21 @@ Extensible periodic table of the elements This package provides a periodic table of the elements with support for mass, density and xray/neutron scattering information. -Masses, densities and natural abundances come from the -NIST Physics Laboratory, but do not represent a critical -evaluation by NIST scientists. - Neutron scattering calculations use values collected by the -Atomic Institute of the Austrian Universities. These values -do corresponding to those from other packages, though there -are some differences depending to the tables used. Bound -coherent neutron scattering for gold in particular is significantly -different from older value: 7.63(6) as measured in 1974 -compared to 7.90(7) as measured in 1990. - -X-ray scattering calculations use a combination of empirical and -theoretical values from the LBL Center for X-ray Optics. These -values differ from those given in other sources such as the -International Tables for Crystallography, Volume C, and so may -give different results from other packages. +Atomic Institute of the Austrian Universities as they appear in the neutron +data booklet, with support for some energy dependent scattering +in rare earth elements given by Lynn and Seeger (1990). X-ray scattering +calculations use a combination of empirical and theoretical values from +the LBL Center for X-ray Optics. + +Tabulated values differ from those given in other sources such as the +International Tables for Crystallography, Volume C, and so computed +cross sections may give different results from other packages. + +Neutron activation calculations are based on Shleien (1998), with +isotopes important to health physics. They do not perform a full +activation analysis, but instead give a gross estimate of the amount +of activation expected for a sample in the beam. Install using:: @@ -62,12 +60,9 @@ Known issues isotope proportions and density computed in neutron_sld(). This may change in a future release. -* The mass and composition tables are out of date. This package uses tables - from 1997 but IUPAC produced new tables in 2009. - * Incoherent scattering calculations for energy-dependent rare earth elements is underestimated. The calculation requires bound incoherent scattering - lengths (b_i) and the bound coherent lengths (b_c), but only b_c is + length (b_i) but only the bound coherent scattering length (b_c) is included. Change history @@ -79,11 +74,11 @@ Change history Modified: * Move to IAEA AME2020 for isotope mass -* Move to IUPAC CIAAW for atomic weight and isotopic abundance +* Move to IUPAC CIAAW 2021 for atomic weight and isotopic abundance * Li-6:Li-7 mass ratio changed from 12.2 to 19.6 (delta = 2.7%) * Isotope percentage changed by 0.1 to 0.5 for B, Zn, Ge, Se, Mo, Er, Yb, Pt, Hg * Atomic weight changed by 0.04% for Zn, 0.02% for S and 0.01% for Li, Ge, Se, Mo -* Zn-70 b_c changed from 6.9 to 6.0 in the neutron table (fixing a typo in the original) +* Neutron b_c changed for Zn-70 from 6.9 to 6.0 (fixes a typo in the original table) * Fix typos in uncertainties in the neutron table (Zr-90, Te-124, Ba-138, Sm-147) diff --git a/periodictable/nsf.py b/periodictable/nsf.py index 53689f8..2c830fa 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -75,13 +75,24 @@ For private tables use :func:`init` to set the data. The neutron scattering information table is reproduced from the Atomic -Institute for Austrian Universities\ [#Rauch2003]_ (retrieve March 2008): +Institute for Austrian Universities\ [#Rauch2003]_ (retrieved March 2008): http://www.ati.ac.at/~neutropt/scattering/table.html The above site has references to the published values for every entry in the table. We have included these in the documentation directory -associated with the periodictable package. +within the periodictable source package. Some typographical errors have +been fixed. In particular, Zn-70 has b_c listed as 6.9 in the table, +but 6.0 in the source materials for the table. + +Alternative tables from Sears\ [#Sears1992]\ [#Sears2006] and Dawidowski, +et al.\ [#Dawidowski2013] make different choices for the recommended values. +These are noted in periodictable issue #59 +(`https://github.com/pkienzle/periodictable/issues/59`_) +with changes from Sears to Rauch +`here `_ +and from Rauch to Dawidowski +`here `_. .. Note: @@ -113,7 +124,7 @@ In Prince, E. ed. Intl. Tables for Crystallography C. Kluwer Academic Publishers. pp 444-454. (https://it.iucr.org/Cb/ch4o4v0001/sec4o4o4/) - doi: 10.1107/97809553602060000103 + doi:10.1107/97809553602060000103 .. [#Sears1992] Sears, V.F. (1992) Neutron scattering lengths and cross sections. @@ -130,11 +141,19 @@ .. [#Smith2006] Smith, G.S. and Majkrzak, C.M. (2006) 2.9 Neutron reflectometry. In E. Prince ed. Intl. Tables for Crystallography C. - Wiley InterScience. pp 126-146. doi: 10.1107/97809553602060000584 + Wiley InterScience. pp 126-146. doi:10.1107/97809553602060000584 .. [#Glinka2011] Glinka, C.J. (2011) Incoherent Neutron Scattering from Multi-element Materials. - J. Appl. Cryst. 44, 618-624. doi: 10.1107/S0021889811008223 + J. Appl. Cryst. 44, 618-624. doi:10.1107/S0021889811008223 + +.. [#Dawidowski2013] Dawidowski, J., Granada, J. R., Santisteban, + J. R., Cantargi, F., & Palomino, L. A. R. (2013). + Appendix—Neutron Scattering Lengths and Cross Sections. + In F. Fernandez-Alonso & D. L. Price (Eds.), + Experimental Methods in the Physical Sciences (Vol. 44, pp. 471–528). + Academic Press. doi:10.1016/B978-0-12-398374-9.09989-7 + """ from __future__ import print_function From 9605ef1a0b68a49e1ad92b590f9aa93d0b5ac9be Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Fri, 25 Aug 2023 16:00:13 -0400 Subject: [PATCH 20/29] Fix doc syntax --- periodictable/nsf.py | 8 ++++---- test/test_nsf.py | 2 +- 2 files changed, 5 insertions(+), 5 deletions(-) diff --git a/periodictable/nsf.py b/periodictable/nsf.py index 2c830fa..35a2cdb 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -77,7 +77,7 @@ The neutron scattering information table is reproduced from the Atomic Institute for Austrian Universities\ [#Rauch2003]_ (retrieved March 2008): -http://www.ati.ac.at/~neutropt/scattering/table.html +``_ The above site has references to the published values for every entry in the table. We have included these in the documentation directory @@ -88,11 +88,11 @@ Alternative tables from Sears\ [#Sears1992]\ [#Sears2006] and Dawidowski, et al.\ [#Dawidowski2013] make different choices for the recommended values. These are noted in periodictable issue #59 -(`https://github.com/pkienzle/periodictable/issues/59`_) +``_ with changes from Sears to Rauch -`here `_ +`(a) `__ and from Rauch to Dawidowski -`here `_. +`(b) `__. .. Note: diff --git a/test/test_nsf.py b/test/test_nsf.py index 9316ae8..e63df22 100644 --- a/test/test_nsf.py +++ b/test/test_nsf.py @@ -257,7 +257,7 @@ def test_energy_dependent(): # Note: abundance uses mole fraction. DOI:10.1351/PAC-REP-10-06-02 Lu = elements.Lu Lu_175_abundance, Lu_176_abundance = 97.401, 2.599 - Lu_equiv = f"Lu[175]{Lu_175_abundance}+Lu[176]{Lu_176_abundance}" + Lu_equiv = "Lu[175]%g+Lu[176]%g"%(Lu_175_abundance, Lu_176_abundance) # Note: skipping incoherent xs in returned value From 1cc5bccc8fa11b13d1a481f3e0dac08c5a551e27 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Sat, 27 Jan 2024 16:51:49 -0500 Subject: [PATCH 21/29] Allow wt%/vol% in addition to %wt/%vol --- periodictable/formulas.py | 13 +++++++------ test/test_formulas.py | 2 ++ 2 files changed, 9 insertions(+), 6 deletions(-) diff --git a/periodictable/formulas.py b/periodictable/formulas.py index 377e22a..2c795f6 100644 --- a/periodictable/formulas.py +++ b/periodictable/formulas.py @@ -672,7 +672,7 @@ def formula_grammar(table): separator = space+Literal('+').suppress()+space # Lookup the element in the element table - symbol = Regex("[A-Z][a-z]*") + symbol = Regex("[A-Z][a-z]?") symbol = symbol.setParseAction(lambda s, l, t: table.symbol(t[0])) # Translate isotope @@ -751,13 +751,15 @@ def convert_compound(string, location, tokens): partsep = space + Literal('//').suppress() + space percent = Literal('%').suppress() - - weight_percent = Regex("%(w((eigh)?t)?|m(ass)?)").suppress() + space + weight = Regex("(w((eigh)?t)?|m(ass)?)").suppress() + volume = Regex("v(ol(ume)?)?").suppress() + weight_percent = (percent + weight) | (weight + percent) + space + volume_percent = (percent + volume) | (volume + percent) + space by_weight = (count + weight_percent + mixture + ZeroOrMore(partsep+count+(weight_percent|percent)+mixture) + partsep + mixture) def convert_by_weight(string, location, tokens): - """convert mixture by %wt or %mass""" + """convert mixture by wt% or mass%""" #print "by weight", tokens piece = tokens[1:-1:2] + [tokens[-1]] fract = [float(v) for v in tokens[:-1:2]] @@ -770,12 +772,11 @@ def convert_by_weight(string, location, tokens): return _mix_by_weight_pairs(zip(piece, fract)) mixture_by_weight = by_weight.setParseAction(convert_by_weight) - volume_percent = Regex("%v(ol(ume)?)?").suppress() + space by_volume = (count + volume_percent + mixture + ZeroOrMore(partsep+count+(volume_percent|percent)+mixture) + partsep + mixture) def convert_by_volume(string, location, tokens): - """convert mixture by %vol""" + """convert mixture by vol%""" #print "by volume", tokens piece = tokens[1:-1:2] + [tokens[-1]] fract = [float(v) for v in tokens[:-1:2]] diff --git a/test/test_formulas.py b/test/test_formulas.py index 81ccf4b..d2e061c 100644 --- a/test/test_formulas.py +++ b/test/test_formulas.py @@ -165,6 +165,8 @@ def test(): check_formula(formula('1mm Fe // 1mm Ni'), formula('50%vol Fe // Ni')) check_formula(formula('50%vol Co // Ti'), formula('2mL Co // 2mL Ti')) check_formula(formula('50%wt Co // Ti'), formula('2g Co // 2g Ti')) + check_formula(formula('50vol% Co // Ti'), formula('2mL Co // 2mL Ti')) + check_formula(formula('50wt% Co // Ti'), formula('2g Co // 2g Ti')) check_formula(formula('2mL Co // 2mL Ti'), formula(((1.5922466356368357, Co), (1, Ti)))) check_formula(formula('2g Co // 2g Ti'), formula(((1, Co), (1.231186412350889, Ti)))) check_formula(formula('5g NaCl // 50mL H2O@1'), formula('5g NaCl // 50g H2O')) From f1f09c82bd61ee5d106b6b3941f8260d753af900 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Sat, 27 Jan 2024 17:45:40 -0500 Subject: [PATCH 22/29] change %wt/%vol to wt%/vol% in docs --- doc/sphinx/guide/formula_grammar.rst | 39 ++++++++++++++-------------- 1 file changed, 20 insertions(+), 19 deletions(-) diff --git a/doc/sphinx/guide/formula_grammar.rst b/doc/sphinx/guide/formula_grammar.rst index b87cad3..a3d9b6a 100644 --- a/doc/sphinx/guide/formula_grammar.rst +++ b/doc/sphinx/guide/formula_grammar.rst @@ -91,17 +91,17 @@ A formula string is translated into a formula using >>> print("%.3f"%formula("2D2O + H2O@1n").density) 1.074 -* Mass fractions use %wt, with the final portion adding to 100%: +* Mass fractions use wt%, with the final portion adding to 100%: - >>> print(formula("10%wt Fe // 15% Co // Ni")) + >>> print(formula("10wt% Fe // 15% Co // Ni")) FeCo1.4214Ni7.13602 Only the first item needs to specify that it is a mass fraction, and the remainder can use a bare %. -* Volume fractions use %vol, with the final portion adding to 100%: +* Volume fractions use vol%, with the final portion adding to 100%: - >>> print(formula("10%vol Fe // Ni")) + >>> print(formula("10vol% Fe // Ni")) FeNi9.68121 Only the first item needs to specify that it is a volume fraction, and @@ -134,7 +134,7 @@ A formula string is translated into a formula using * Mixtures can nest. The following is a 10% salt solution by weight mixed 20:80 by volume with D2O: - >>> print(formula("20%vol (10%wt NaCl@2.16 // H2O@1) // D2O@1n")) + >>> print(formula("20vol% (10 wt% NaCl@2.16 // H2O@1) // D2O@1n")) NaCl(H2O)29.1966(D2O)122.794 * Empty formulas are supported, e.g., for air or vacuum: @@ -151,7 +151,7 @@ The grammar used for parsing formula strings is the following: formula :: compound | mixture | nothing mixture :: quantity | percentage quantity :: count unit part ('//' count unit part)* - percentage :: count '%wt|%vol' part ('//' count '%' part)* '//' part + percentage :: count 'wt%|vol%' part ('//' count '%' part)* '//' part part :: compound | '(' mixture ')' compound :: group (separator group)* density? group :: count element+ | '(' formula ')' count @@ -206,7 +206,7 @@ to those isotopes used. This makes heavy water density easily specified as: >>> D2O = formula('D2O',natural_density=1) - >>> print("%s %.4g"%(D2O,D2O.density)) + >>> print(f"{D2O} {D2O.density:.4g}") D2O 1.112 Density can also be estimated from the volume of the unit cell, either @@ -223,19 +223,20 @@ Because the packing fraction method relies on the covalent radius estimate it is not very accurate: >>> from periodictable import elements, formula - >>> Fe = formula("2Fe") # bcc lattice has 2 atoms per unit cell - >>> Fe.density = Fe.molecular_mass/Fe.volume('bcc') - >>> print("%.3g"%Fe.density) + >>> Fe_bcc = formula("2Fe") # bcc lattice has 2 atoms per unit cell + >>> Fe_bcc.density = Fe_bcc.molecular_mass/Fe_bcc.volume('bcc') + >>> print(f"{Fe_bcc.density:.3g}") 6.55 - >>> print("%.3g"%elements.Fe.density) + >>> print(f"{elements.Fe.density:.3g}") 7.87 Using lattice parameters the results are much better: - >>> Fe.density = Fe.molecular_mass/Fe.volume(a=2.8664) - >>> print("%.3g"%Fe.density) + >>> Fe_lattice = formula("2Fe") # bcc lattice has 2 atoms per unit cell + >>> Fe_lattice.density = Fe_lattice.molecular_mass/Fe_lattice.volume(a=2.8664) + >>> print(f"{Fe_lattice.density:.3g}") 7.88 - >>> print("%.3g"%elements.Fe.density) + >>> print(f"{elements.Fe.density:.3g}") 7.87 Mixtures @@ -249,13 +250,13 @@ following is a 2:1 mixture of water and heavy water: >>> H2O = formula('H2O',natural_density=1) >>> D2O = formula('D2O',natural_density=1) >>> mix = mix_by_volume(H2O,2,D2O,1) - >>> print("%s %.4g"%(mix,mix.density)) + >>> print(f"{mix} {mix.density:.4g}") (H2O)2D2O 1.037 Note that this is different from a 2:1 mixture by weight: >>> mix = mix_by_weight(H2O,2,D2O,1) - >>> print("%s %.4g"%(mix,mix.density)) + >>> print(f"{mix} {mix.density:.4g}") (H2O)2.2234D2O 1.035 Except in the simplest of cases, the density of the mixture cannot be @@ -272,14 +273,14 @@ compute molar mass and neutron/xray scattering length density: >>> import periodictable >>> SiO2 = periodictable.formula('SiO2') >>> hydrated = SiO2 + periodictable.formula('3H2O') - >>> print('%s mass %s'%(hydrated,hydrated.mass)) + >>> print(f"{hydrated} mass {hydrated.mass}") SiO2(H2O)3 mass 114.13014 >>> rho,mu,inc = periodictable.neutron_sld('SiO2+3H2O',density=1.5,wavelength=4.75) - >>> print('%s neutron sld %.3g'%(hydrated,rho)) + >>> print(f"{hydrated} neutron sld {rho:.3g}") SiO2(H2O)3 neutron sld 0.849 >>> rho,mu = periodictable.xray_sld(hydrated,density=1.5, ... wavelength=periodictable.Cu.K_alpha) - >>> print('%s X-ray sld %.3g'%(hydrated,rho)) + >>> print(f"{hydrated} X-ray sld {rho:.3g}") SiO2(H2O)3 X-ray sld 13.5 Biomolecules From 4178b400966dde3fd6f97a4bc83edd7b77d0264a Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Mon, 29 Jan 2024 10:23:08 -0500 Subject: [PATCH 23/29] fix markup warning in docs --- periodictable/mass.py | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/periodictable/mass.py b/periodictable/mass.py index 8518a56..0179a7b 100644 --- a/periodictable/mass.py +++ b/periodictable/mass.py @@ -78,8 +78,8 @@ def mass(isotope): Atomic weight of the element. Reference: - *Wang. M., Huang. W. J., Kondev. F. G., Audi. G., Naimi. S., The AME - 2020 atomic mass evaluation (II). Tables, graphs and references * + Wang. M., Huang. W. J., Kondev. F. G., Audi. G., Naimi. S., + *The AME 2020 atomic mass evaluation (II). Tables, graphs and references* """ return isotope._mass From 55ce71c4590e8782d3dd545e2ffc74fe4219bfae Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Tue, 13 Feb 2024 17:26:53 -0500 Subject: [PATCH 24/29] fix precision in mass example --- doc/sphinx/guide/formula_grammar.rst | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/doc/sphinx/guide/formula_grammar.rst b/doc/sphinx/guide/formula_grammar.rst index 61414c0..043d155 100644 --- a/doc/sphinx/guide/formula_grammar.rst +++ b/doc/sphinx/guide/formula_grammar.rst @@ -273,7 +273,7 @@ compute molar mass and neutron/xray scattering length density: >>> import periodictable >>> SiO2 = periodictable.formula('SiO2') >>> hydrated = SiO2 + periodictable.formula('3H2O') - >>> print(f"{hydrated} mass {hydrated.mass}") + >>> print(f"{hydrated} mass {hydrated.mass:.3f}") SiO2(H2O)3 mass 114.128 >>> rho,mu,inc = periodictable.neutron_sld('SiO2+3H2O',density=1.5,wavelength=4.75) >>> print(f"{hydrated} neutron sld {rho:.3g}") From d72a009ae42c13501fc158142fc40912edef7f7d Mon Sep 17 00:00:00 2001 From: Andrew Nelson Date: Wed, 1 May 2024 16:47:01 +1000 Subject: [PATCH 25/29] MAINT: fixes for np2 --- periodictable/nsf.py | 2 +- periodictable/xsf.py | 2 +- 2 files changed, 2 insertions(+), 2 deletions(-) diff --git a/periodictable/nsf.py b/periodictable/nsf.py index 35a2cdb..84b9e83 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -564,7 +564,7 @@ def init(table, reload=False): # Note: Sears (1992) uses b = b' - i b'', so negate sigma_a for b''. # Warning: -b_c.imag may be -0, which can mess with your calculations. #if nsf.b_c is None: print(f"b_c unavailable for {columns[0]}") - b_c = nsf.b_c if nsf.b_c is not None else np.NaN + b_c = nsf.b_c if nsf.b_c is not None else np.nan b_c_i = -nsf.absorption/(2000*ABSORPTION_WAVELENGTH) nsf.b_c_complex = b_c + 1j*b_c_i diff --git a/periodictable/xsf.py b/periodictable/xsf.py index d954136..c2e2c3f 100644 --- a/periodictable/xsf.py +++ b/periodictable/xsf.py @@ -261,7 +261,7 @@ def _gettable(self): self.element.symbol.lower()+".nff") if self.element.symbol != 'n' and os.path.exists(filename): xsf = numpy.loadtxt(filename, skiprows=1).T - xsf[1, xsf[1] == -9999.] = numpy.NaN + xsf[1, xsf[1] == -9999.] = numpy.nan xsf[0] *= 0.001 # Use keV in table rather than eV self._table = xsf return self._table From 996e0878ec1090b25673804682a3849d8a129877 Mon Sep 17 00:00:00 2001 From: Brian Benjamin Maranville Date: Mon, 8 Jul 2024 16:14:06 -0400 Subject: [PATCH 26/29] Update actions versions --- .github/workflows/test.yml | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/.github/workflows/test.yml b/.github/workflows/test.yml index 0fa18c0..90ca622 100644 --- a/.github/workflows/test.yml +++ b/.github/workflows/test.yml @@ -21,10 +21,10 @@ jobs: - { os: macos-latest, py: 3.11 } steps: - - uses: actions/checkout@v1 + - uses: actions/checkout@v4 - name: Set up Python ${{ matrix.cfg.py }} - uses: actions/setup-python@v1 + uses: actions/setup-python@v5 with: python-version: ${{ matrix.cfg.py }} From 4b26186649803d41353d3fb3afd40c4ce3683083 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Wed, 2 Oct 2024 13:53:29 -0400 Subject: [PATCH 27/29] Remove element Z=0 (neutron) from table. Refs #45 --- doc/sphinx/guide/using.rst | 7 +------ periodictable/core.py | 6 ++---- periodictable/covalent_radius.py | 3 ++- periodictable/crystal_structure.py | 5 ++--- periodictable/density.py | 3 +-- periodictable/mass.py | 14 +++++++------- periodictable/mass_2001.py | 14 +++++++------- periodictable/nsf.py | 14 +++----------- test/test_core.py | 4 ++-- test/test_mass.py | 2 -- 10 files changed, 27 insertions(+), 45 deletions(-) diff --git a/doc/sphinx/guide/using.rst b/doc/sphinx/guide/using.rst index da7872e..ad45a35 100644 --- a/doc/sphinx/guide/using.rst +++ b/doc/sphinx/guide/using.rst @@ -56,15 +56,12 @@ Import all elements: >>> print(periodictable.H.mass) 1.008 -Deuterium and tritium are special isotopes named D and T -some neutron information is available as 'n': +Deuterium and tritium are special isotopes named D and T: .. doctest:: >>> print("D mass %s"%D.mass) D mass 2.01410177784 - >>> print("neutron mass %s"%n.mass) - neutron mass 1.0086649159 Process all the elements: @@ -73,7 +70,6 @@ Process all the elements: >>> import periodictable >>> for el in periodictable.elements: # doctest: +ELLIPSIS, +NORMALIZE_WHITESPACE ... print("%s %s"%(el.symbol,el.name)) - n neutron H hydrogen He helium ... @@ -86,7 +82,6 @@ Another example for processing all elements: >>> from periodictable import elements >>> for el in elements: # doctest: +ELLIPSIS, +NORMALIZE_WHITESPACE ... print("%s %s"%(el.symbol,el.number)) - n 0 H 1 He 2 ... diff --git a/periodictable/core.py b/periodictable/core.py index 526516f..7c775a8 100644 --- a/periodictable/core.py +++ b/periodictable/core.py @@ -188,8 +188,7 @@ class PeriodicTable(object): 56-Fe - Deuterium and tritium are defined as 'D' and 'T'. Some - neutron properties are available in ``elements[0]``. + Deuterium and tritium are defined as 'D' and 'T'. To show all the elements in the table, use the iterator: @@ -198,7 +197,6 @@ class PeriodicTable(object): >>> from periodictable import * >>> for el in elements: # lists the element symbols ... print("%s %s"%(el.symbol, el.name)) # doctest: +ELLIPSIS, +NORMALIZE_WHITESPACE - n neutron H hydrogen He helium ... @@ -606,7 +604,7 @@ def _make_isotope_ion(table, Z, n, c): element_base = { # number: name symbol common_ions uncommon_ions # ion info comes from Wikipedia: list of oxidation states of the elements. - 0: ['Neutron', 'n', [], []], + # 0: ['Neutron', 'n', [], []], 1: ['Hydrogen', 'H', [-1, 1], []], 2: ['Helium', 'He', [], [1, 2]], # +1,+2 http://periodic.lanl.gov/2.shtml 3: ['Lithium', 'Li', [1], []], diff --git a/periodictable/covalent_radius.py b/periodictable/covalent_radius.py index 37d2d70..91c43c3 100644 --- a/periodictable/covalent_radius.py +++ b/periodictable/covalent_radius.py @@ -75,7 +75,8 @@ def init(table, reload=False): return table.properties.append('covalent_radius') - table[0].covalent_radius = 0.20 + # neutron covalent radius of 0.20 A ? Not sure where that value came from + # table[0].covalent_radius = 0.20 Element.covalent_radius_units = 'angstrom' Element.covalent_radius = None Element.covalent_radius_uncertainty = None diff --git a/periodictable/crystal_structure.py b/periodictable/crystal_structure.py index 20554b7..3a39124 100644 --- a/periodictable/crystal_structure.py +++ b/periodictable/crystal_structure.py @@ -42,7 +42,6 @@ crystal_structures = [\ - None, #X {'symmetry': 'diatom', 'd': 0.74}, #H {'symmetry': 'atom'}, #He {'symmetry': 'BCC', 'a': 3.49}, #Li @@ -155,5 +154,5 @@ def init(table, reload=False): return table.properties.append('crystal_structure') - for Z, struct in enumerate(crystal_structures): - table[Z].crystal_structure = struct + for k, struct in enumerate(crystal_structures): + table[k+1].crystal_structure = struct diff --git a/periodictable/density.py b/periodictable/density.py index be85ed6..43f602e 100644 --- a/periodictable/density.py +++ b/periodictable/density.py @@ -170,8 +170,7 @@ def init(table, reload=False): el.density_caveat = "" element_densities = dict( - # TODO: stop pretending that a bare neutron is element zero. - n=None, + # n=None, # No longer using element 0 for a bare neutron H=(0.0708, "T=-252.87"), He=(0.122, "T=-268.93"), Li=0.534, diff --git a/periodictable/mass.py b/periodictable/mass.py index 5fbcaed..760ecfb 100644 --- a/periodictable/mass.py +++ b/periodictable/mass.py @@ -119,13 +119,13 @@ def init(table, reload=False): #iso._abundance, iso._abundance_unc = parse_uncertainty(p) iso._abundance, iso._abundance_unc = 0, 0 - # A single neutron is an isotope of element 0 - from .constants import neutron_mass, neutron_mass_unc - el = table[0] - el._mass, el._mass_unc = neutron_mass, neutron_mass_unc - iso = el.add_isotope(1) - iso._mass, iso._mass_unc = neutron_mass, neutron_mass_unc - iso._abundance, iso._abundance_unc = 100, 0 + # # A single neutron is an isotope of element 0 + # from .constants import neutron_mass, neutron_mass_unc + # el = table[0] + # el._mass, el._mass_unc = neutron_mass, neutron_mass_unc + # iso = el.add_isotope(1) + # iso._mass, iso._mass_unc = neutron_mass, neutron_mass_unc + # iso._abundance, iso._abundance_unc = 100, 0 # Parse element mass table where each line looks like: # z El element mass(unc)|[low,high]|- note note ... diff --git a/periodictable/mass_2001.py b/periodictable/mass_2001.py index c4ec2a6..565e7a2 100644 --- a/periodictable/mass_2001.py +++ b/periodictable/mass_2001.py @@ -81,13 +81,13 @@ def init(table, reload=False): iso._mass, iso._mass_unc = parse_uncertainty(m) iso._abundance,iso._abundance_unc = parse_uncertainty(p) if p else (0,0) - # A single neutron is an isotope of element 0 - from .constants import neutron_mass - el = table[0] - el._mass = neutron_mass - iso = el.add_isotope(1) - iso._mass = neutron_mass - iso._abundance = 100 + # # A single neutron is an isotope of element 0 + # from .constants import neutron_mass + # el = table[0] + # el._mass = neutron_mass + # iso = el.add_isotope(1) + # iso._mass = neutron_mass + # iso._abundance = 100 # z-El-n,iso_mass(unc),abundance%(unc),element_mass(unc) massdata = """\ diff --git a/periodictable/nsf.py b/periodictable/nsf.py index ef35a9b..d42acad 100644 --- a/periodictable/nsf.py +++ b/periodictable/nsf.py @@ -567,6 +567,9 @@ def init(table, reload=False): symbol = parts[1] isotope_number = int(parts[2]) if len(parts) == 3 else 0 + if Z == 0: # Skip row 0-n-1 + continue + # Fetch element from the table and check that the symbol matches element = table[Z] assert element.symbol == symbol, \ @@ -576,13 +579,6 @@ def init(table, reload=False): # it can calculate sld. nsf._number_density = element.number_density # N/cm^3 = N/cm^3 - - # For new elements, clear out 'neutron' attribute for isotopes - # This protects against isotope using the element data when - # they don't have any specific neutron data. - #if isotope_number == 0 or not hasattr(element,'neutron'): - # for iso in element: iso.neutron = None - if isotope_number == 0: # Bulk values using laboratory abundances of isotopes element.neutron = nsf @@ -1876,8 +1872,6 @@ def coherent_comparison_table(table=None, tol=None): >>> coherent_comparison_table (tol=0.5) # doctest: +ELLIPSIS, +NORMALIZE_WHITESPACE Comparison of (4 pi |b_c|^2/100) and coherent - n 172.03 43.01 300.0% - 1-n 172.03 43.01 300.0% Sc 18.40 19.00 -3.2% 45-Sc 18.40 19.00 -3.2% 65-Cu 13.08 14.10 -7.2% @@ -1908,8 +1902,6 @@ def total_comparison_table(table=None, tol=None): >>> total_comparison_table (tol=0.1) Comparison of total cross section to (coherent + incoherent) - n 43.01 ---- - 1-n 43.01 ---- 84-Kr 6.60 ---- 149-Sm 200.00 200.50 -0.2% Eu 9.20 9.07 1.4% diff --git a/test/test_core.py b/test/test_core.py index 1e3498d..5c9abba 100644 --- a/test/test_core.py +++ b/test/test_core.py @@ -22,8 +22,8 @@ def test(): # Check that "for el in elements" works and for iso in el works els = tuple(el for el in elements) - assert els[0].number == 0 - assert els[1].number == 1 + assert els[0].number == 1 + assert els[1].number == 2 isotopes = tuple(iso for iso in O) assert isotopes[0].isotope == 12 # 12 is the first oxygen isotope listed diff --git a/test/test_mass.py b/test/test_mass.py index e98a25d..531c39d 100644 --- a/test/test_mass.py +++ b/test/test_mass.py @@ -15,8 +15,6 @@ def test(): assert abs(periodictable.Pb[206].abundance - Pb_206_abundance) < 1e-14 assert abs(periodictable.Pb[209].abundance - Pb_209_abundance) < 1e-14 assert periodictable.Pb.mass == Pb_mass - from periodictable.constants import neutron_mass - assert periodictable.n.mass == neutron_mass # Check abundance totals to 0% or 100% for el in periodictable.elements: From 71c43eef1f03e4da56020f2ca39d195c37640f63 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Mon, 7 Oct 2024 14:45:19 -0400 Subject: [PATCH 28/29] Pb-208 activation cross section in mbarns rather than barns --- periodictable/activation.dat | 2 +- periodictable/activation.py | 1 + 2 files changed, 2 insertions(+), 1 deletion(-) diff --git a/periodictable/activation.dat b/periodictable/activation.dat index c079c30..7ae4aa0 100644 --- a/periodictable/activation.dat +++ b/periodictable/activation.dat @@ -569,7 +569,7 @@ Tl 505 81 Tl 205 Tl-205 70.5 Tl-206 4.19 m act n 0.1 0.7 0.069833333 4.19 m Pb 506 82 Pb 204 Pb-204 1.4 Pb-203 51.88 h "n,2n" y 0.00245 51.88 51.88 h "IAEA156, fission averaged" Pb 507 82 Pb 204 Pb-204 1.4 Pb-204m 66.9 m "n,n'" y 0.38 1.115 66.90 m "IAEA156, fission averaged" Pb 508 82 Pb 204 Pb-204 1.4 Pb-205 14000000 y act n 0.661 1.7 1.2264E+11 14.0 My -Pb 509 82 Pb 208 Pb-208 52.3 Pb-209 3.3 h act n 0.487 3.3 3.30 h +Pb 509 82 Pb 208 Pb-208 52.3 Pb-209 3.3 h act n 0.000487 3.3 3.30 h Bi 510 83 Bi 209 Bi-209 100 Bi-210ms 3500000 y ms 0 act n 0.019 30660000000 3.5 My Bi 511 83 Bi 209 Bi-209 100 Bi-210t 5.01 d t act n 0.014 120.24 5.01 d 0.054 0.2 Bi 512 83 Bi 209 Bi-209 100 Po-210 138.38 d b n 0.014 3321.12 138.4 d 120.24 diff --git a/periodictable/activation.py b/periodictable/activation.py index d66fd65..2974842 100644 --- a/periodictable/activation.py +++ b/periodictable/activation.py @@ -412,6 +412,7 @@ def activity(isotope, mass, env, exposure, rest_times): * AK1495 (Au-198 => Au-199 2n) target should be Au-197 * AN1428 (Tm-169 => Tm-171 2n) t1/2 updated to Tm-171 rather than Tm-172 * AN1420 (Er-162 => Ho-163 b) t1/2 updated to 4570 y from 10 y + * AT1508 (Pb-208 => Pb-209 act) Thermal (b) x1000 to convert from mbarns to barns """ # TODO: is the table missing 1-H => 3-H ? # 0nly activations which produce radioactive daughter products are From 3d43e6c2a2aa860f5a655b4d3dc68f0778bb1c30 Mon Sep 17 00:00:00 2001 From: Paul Kienzle Date: Mon, 7 Oct 2024 18:30:10 -0400 Subject: [PATCH 29/29] Test from installed wheel (#91) Restructure CI to build wheel and test from wheel on different platforms. --- .github/workflows/test.yml | 66 +++++++++++++++++++++++++++------- MANIFEST.in | 2 +- doc/sphinx/Makefile | 6 ++-- doc/sphinx/guide/extending.rst | 2 +- periodictable/fasta.py | 15 ++++++++ pyproject.toml | 18 +++++----- test/test_core.py | 4 +++ 7 files changed, 87 insertions(+), 26 deletions(-) diff --git a/.github/workflows/test.yml b/.github/workflows/test.yml index 90ca622..39c29ae 100644 --- a/.github/workflows/test.yml +++ b/.github/workflows/test.yml @@ -7,9 +7,44 @@ on: branches: [ master ] jobs: - test: + build-wheel: + runs-on: ubuntu-latest + + steps: + - uses: actions/checkout@v4 + + - name: Set up Python + uses: actions/setup-python@v5 + with: + python-version: '3.11' + + - name: Build the wheel + run: | + python -m pip install build + python -m build + + - name: Upload wheel + uses: actions/upload-artifact@v4 + with: + name: wheel + path: dist/*.whl + + - name: Run the tests + run: | + python -m pip install numpy pyparsing pytest pytest-cov + pytest -v + + - name: Build the docs + run: | + python -m pip install matplotlib sphinx + python -m pip install dist/periodictable*.whl + make -j 4 -C doc/sphinx SPHINXOPTS="-W --keep-going" html + # Test the wheel on different platforms + test: runs-on: ${{ matrix.cfg.os }} + needs: build-wheel + strategy: matrix: cfg: @@ -19,6 +54,7 @@ jobs: - { os: ubuntu-latest, py: 3.11, doc: 1 } - { os: windows-latest, py: 3.11 } - { os: macos-latest, py: 3.11 } + fail-fast: false steps: - uses: actions/checkout@v4 @@ -28,18 +64,24 @@ jobs: with: python-version: ${{ matrix.cfg.py }} - - name: Install Python dependencies - run: | - python -m pip install --upgrade pip - python -m pip install wheel setuptools - python -m pip install numpy scipy matplotlib pytest pytest-cov + - name: Download the wheel + uses: actions/download-artifact@v4 + with: + name: wheel + path: dist + + - name: Install the wheel + run: python -m pip install dist/periodictable*.whl + shell: bash - - name: Test with pytest + - name: Install Python dependencies run: | - pytest -v + python -m pip install pytest pytest-cov - - name: check that the docs build (linux only) - if: matrix.cfg.doc == 1 + # Change into the test directory to test the wheel so that the + # source directory is not on the path. Full tests with coverage are + # run before building the wheel. + - name: Test wheel with pytest run: | - python -m pip install sphinx - make -j 4 -C doc/sphinx SPHINXOPTS="-W --keep-going" html + cd test + pytest -v --pyargs --import-mode=append periodictable . ../doc/sphinx/guide diff --git a/MANIFEST.in b/MANIFEST.in index 5e5c425..83620ba 100644 --- a/MANIFEST.in +++ b/MANIFEST.in @@ -1,8 +1,8 @@ include LICENSE.txt include README.rst -graft doc graft periodictable/xsf include periodictable/activation.dat +prune doc prune doc/sphinx/_build prune doc/sphinx/build prune */__pycache__ diff --git a/doc/sphinx/Makefile b/doc/sphinx/Makefile index fea155e..df79960 100644 --- a/doc/sphinx/Makefile +++ b/doc/sphinx/Makefile @@ -31,7 +31,7 @@ help: clean: -rm -rf _build/* build/* plots/*.pyc plots/*.png -html: build +html: $(SPHINXBUILD) -b html $(ALLSPHINXOPTS) _build/html @echo @echo "Build finished. The HTML pages are in _build/html." @@ -66,7 +66,7 @@ qthelp: @echo "To view the help file:" @echo "# assistant -collectionFile _build/qthelp/Periodic Table.qhc" -latex: build +latex: $(SPHINXBUILD) -b latex $(ALLSPHINXOPTS) _build/latex @echo @echo "Build finished; the LaTeX files are in _build/latex." @@ -92,5 +92,3 @@ doctest: @echo "Testing of doctests in the sources finished, look at the " \ "results in _build/doctest/output.txt." -build: - cd ../.. && python setup.py build diff --git a/doc/sphinx/guide/extending.rst b/doc/sphinx/guide/extending.rst index 38fcb30..9922479 100644 --- a/doc/sphinx/guide/extending.rst +++ b/doc/sphinx/guide/extending.rst @@ -25,7 +25,7 @@ The simplest solution is to load it directly when your package is imported. In the current example, this could be done by adding the following line to the end of the file:: - init(periodictable.core.elements) + init(periodictable.core.default_table()) This would be fine for the current example because the table size is small and load time is fast. For large tables, you may wish to diff --git a/periodictable/fasta.py b/periodictable/fasta.py index 1d8532b..8b4372b 100644 --- a/periodictable/fasta.py +++ b/periodictable/fasta.py @@ -544,11 +544,26 @@ def fasta_table(): beta_casein = "RELEELNVPGEIVESLSSSEESITRINKKIEKFQSEEQQQTEDELQDKIHPFAQTQSLVYPFPGPIPNSLPQNIPPLTQTPVVVPPFLQPEVMGVSKVKEAMAPKHKEMPFPKYPVEPFTESQSLTLTDVENLHLPLPLLQSWMHQPHQPLPPTVMFPPQSVLSLSQSKVLPVPQKAVPYPQRDMPIQAFLLYQEPVLGPVRGPFPIIV" +## Uncomment to show package path on CI infrastructure +#def doctestpath(): +# """ +# Checking import path for doctests:: +# +# >>> import periodictable +# >>> print(f"Path to imported periodictable in docstr is {periodictable.__file__}") +# some path printed here +# """ + def test(): from periodictable.constants import avogadro_number from .formulas import formula elements = default_table() + ## Uncomment to show package path on CI infrastructure + #import periodictable + #print(f"Path to imported periodictable in package is {periodictable.__file__}") + #print(fail_test) + # Beta casein results checked against Duncan McGillivray's spreadsheet # name Hmass Dmass vol den #el xray Hsld Dsld # =========== ======= ======= ======= ===== ===== ===== ===== ===== diff --git a/pyproject.toml b/pyproject.toml index 1426de6..a458848 100644 --- a/pyproject.toml +++ b/pyproject.toml @@ -11,13 +11,14 @@ dependencies = [ "pyparsing", "numpy", ] -[project.optional-dependencies] -dev = [ - 'build', - 'pytest', - 'pytest-cov', - 'sphinx', -] +#[project.optional-dependencies] +#dev = [ +# "build", +# "pytest", +# "pytest-cov", +# "matplotlib", +# "sphinx", +#] classifiers=[ "Development Status :: 5 - Production/Stable", @@ -49,7 +50,8 @@ packages = ["periodictable"] [tool.pytest.ini_options] addopts = ["--doctest-modules", "--doctest-glob=*.rst", "--cov=periodictable"] doctest_optionflags = "ELLIPSIS" +pythonpath = ["doc/sphinx"] testpaths = ["periodictable", "test", "doc/sphinx/guide"] python_files = "*.py" python_classes = "NoClassTestsWillMatch" -python_functions = ["test", "*_test", "test_*", "model_tests"] +python_functions = ["test", "*_test", "test_*"] diff --git a/test/test_core.py b/test/test_core.py index 5c9abba..d010a76 100644 --- a/test/test_core.py +++ b/test/test_core.py @@ -1,6 +1,10 @@ from periodictable import H, O, Fe, helium, elements, data_files def test(): + ## Uncomment to print the package path on the CI infrastructure + #import periodictable + #print(f"Path to imported periodictable in test dir is {periodictable.__file__}") + #print(fail_test) # Check that we can access element properties assert H.name == "hydrogen" assert H.symbol == "H"