Add part for tracking station 11 (#2399)

* Update RFTechLevels.cfg

* Update EarlyComNetwork3-CA.cfg

* Update FirstMolniyaSat-CA.cfg

make AOP more clear and in line with the objectives that state it must be between 220 and 320

* Update Programs.cfg

make it more clear on the reasoning behind upgrading AC to 3

* scale molniya reward by 10 to make rep and confidence more in line with normal com sat contracts

* Update EarlyMolniyaSat.cfg

* Update EarlyMolniyaSat.cfg

* Update Programs.cfg

add reminder to train crew a year before launch (proficiency takes about a year)

* Update EarlyComSat-CA.cfg

* Update EarlyNavSat-CA.cfg

the description implied that a network was being made, which is incorrect
i adapted the description from the commercial repeatable

* Update SXT.json

the mk-10 is the set of 3 balloons, the mk10-xl is the single large balloon

* Update SXT.json

* Update SXT.json

* remove redundant wording

* add tree part for tracking station 11

GameData/RP-1/Tree/TechFacilityUpgrades.cfg

@@ -104,7 +104,19 @@ PARTUPGRADE
 	entryCost = 0.00001
 	cost = 0
 	title = Level 10 Tracking Station Research Unlocked
-	basicInfo = You can now upgrade the Tracking Station to Level 10 and beyond.
+	basicInfo = You can now upgrade the Tracking Station to Level 10.
 	manufacturer = Generic
 	description = DSN Tech Level 9. This tracking station upgrade installs a super-cooled receiver and Ka-band equipment, increases your DSN gain by about 4.5 dB.
 }
+PARTUPGRADE
+{
+	name = RP0Level11TrackingStation
+	partIcon = RelayAntenna50
+	techRequired = modernComms
+	entryCost = 0.00001
+	cost = 0
+	title = Level 11 Tracking Station Research Unlocked
+	basicInfo = You can now upgrade the Tracking Station to Level 11.
+	manufacturer = Generic
+	description = DSN Tech Level 10. No significant improvements on the DSN side, but improvements to the Ka-band feeds reduces antenna noise, and construction of additional 34-meter BWG antennas means 2 34-meter antennas are available at all times for arrayed operations, improving the effective gain in the Ka-band.
+}