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GregroxMun

WhirligigWorld Atmospheric Compositions

Oct 9th, 2018
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  1. Shol: Gas giant of Sudarsky type IV. Significant absorption by Sodium and Potassium makes the planet very dark. Rock and Iron vapor in the lower atmosphere.
  2. 15 atmospheres.
  3. Hydrogen 83.8%
  4. Helium 12.12%
  5. Sodium 2.3%
  6. Potassium 1.2%
  7. Carbon Monoxide 0.4
  8. Silicon Dioxide 0.06
  9. Iron 0.02
  10.  
  11. Clouds:
  12. Low altitude iron and rock vapor clouds.
  13.  
  14. -----------------------------
  15. Tyepolbynar: A gas giant of Sudarsky type II.
  16. 15 atmospheres.
  17. Hydrogen 84.3%
  18. Helium 14.68%
  19. Water 0.8%
  20. Methane 0.12%
  21. Ammonia 0.1%
  22.  
  23. Clouds:
  24. High altitude water vapor clouds.
  25.  
  26. -----------------------------
  27. Imterril: A boiling ocean world formed in the outer system.
  28. 15 atmospheres.
  29. Steam 95%
  30. Nitrogen 2%
  31. Carbon Dioxide 1.5%
  32. Methane 1%
  33. Ammonia 0.5%
  34. Greenhouse: 190.94 Celsius
  35. Temperature: 246.66 Celsius
  36.  
  37. Clouds:
  38. Low altitude water vapor clouds.
  39.  
  40. -----------------------------
  41. Mesbin: Once the thick envelope of a gas giant, now merely a thin haze puddling in the polar lowlands.
  42. 1 atmosphere.
  43. Hydrogen 94.45%
  44. Helium 4%
  45. Nitrogen 1%
  46. Water 0.4%
  47. Methane 0.1%
  48. Carbon Dioxide 0.05%
  49. Greenhouse: 42.984 C
  50. Surface Temperature (Poles): 42.984 Celsius
  51.  
  52. Clouds:
  53. Water vapor clouds.
  54.  
  55. -----------------------------
  56. Kerbmun: Kerbmun is like an earlier Kerbin. It's just starting its great oxygenation event. Most of the CO2 is locked up in the oceans, so the rise of land plants won't speed it up much more rapidly, but there's plenty of ocean life to breathe out the toxic waste gas.
  57. 1 atmosphere.
  58. Nitrogen 94%
  59. Oxygen 5%
  60. Argon 0.98%
  61. Carbon Dioxide 0.01%
  62. Water 0.01%
  63. Greenhouse: 17.778 Celsius
  64. Temperature: 19.628 Celsius
  65.  
  66. Clouds:
  67. Water vapor clouds.
  68.  
  69.  
  70. -----------------------------
  71. Derbin: Derbin kept its primordial atmosphere for the most part, except it did lose almost all of its hydrogen.
  72. 7.8 atmospheres.
  73. Helium 46%
  74. Carbon Dioxide 30%
  75. Hydrogen 13%
  76. Nitrogen 10%
  77. Water 1%
  78. Temperature: 73.722 Celsius
  79. Greenhouse: 93.88 Celsius
  80.  
  81. Clouds:
  82. Water vapor clouds.
  83.  
  84. -----------------------------
  85. Valyr: Valyr has a hydrogen-rich atmosphere, along with other volatile ices. FINISHED.
  86. 6.04 atm
  87. Nitrogen 65%
  88. Hydrogen 30%
  89. Helium 2%
  90. Ammonia 1.5%
  91. Methane 1%
  92. Carbon Dioxide 0.45%
  93. Water 0.05%
  94.  
  95. Greenhouse: 72.551 Celsius
  96. Temperature: 11.758 Celsius
  97.  
  98. Clouds:
  99. Water vapor clouds.
  100.  
  101. -----------------------------
  102. Oshan: Oshan has a thin sheet of cryovolcanic gasses. FINISHED.
  103. 0.0305 atm
  104. Nitrogen 56%
  105. Oxygen 40.96%
  106. Water 2%
  107. Neon 1%
  108. Carbon Dioxide 0.04%
  109.  
  110. Temperature: -92.338 Celsius
  111. Greenhouse: 2.9782 Celsius
  112.  
  113. Clouds:
  114. Water ice clouds.
  115.  
  116.  
  117. -----------------------------
  118. Egad: Egad's atmosphere is a fairly normal nitrogen/CO2 atmosphere, quite thick, except it has enough chlorine to make the sky visibly greenish. FINISHED.
  119. 0.782 atm
  120. Nitrogen 71%
  121. Carbon Dioxide 27%
  122. Argon 1%
  123. Chlorine 1%
  124. Greenhouse: 1.7823 Celsius
  125. Temperature: -104.37 Celsius
  126.  
  127. Clouds:
  128. Water ice clouds.
  129.  
  130. -----------------------------
  131. Reander: A standard Sudarsky Class I gas giant, jovian or saturnian.
  132. 15 atm
  133. Hydrogen 87.187%
  134. Helium 12.5%
  135. Methane 0.201%
  136. Ammonia 0.06%
  137. Water 0.052%
  138.  
  139. Clouds:
  140. 0.6-1 atm: Ammonia ice
  141. 1-2 atm: Ammonium Hydrosulfide
  142. 3-7 atm: Water
  143.  
  144. -----------------------------
  145. Lito: The purple component in Lito's atmosphere shall be attributed to some unknown organic compound. Otherwise it's roughly Titan-ish.
  146. 0.24 atm
  147. Nitrogen 89%
  148. Methane 6.9%
  149. Ammonia 3%
  150. Hydrogen 1%
  151. Water 0.1%
  152. Temperature -147.7 Celsius
  153. Greenhouse 4.473 Celsius
  154.  
  155. Clouds:
  156. Thin ethane vapor clouds.
  157.  
  158. Haze:
  159. Thin whispy tholins
  160.  
  161. -----------------------------
  162. Totooa: A simpler titan-like atmosphere.
  163. 0.763 atm
  164. Nitrogen 99%
  165. Methane 0.8%
  166. Hydrogen 0.2%
  167. Temperature -148.52
  168. Greenhouse 6.9292
  169.  
  170. Clouds:
  171. Thick ethane vapor clouds.
  172.  
  173. Haze:
  174. Thick, low altitude tholin haze. (Below the highlands)
  175.  
  176. -----------------------------
  177. Lowel: Lowel has about as much oxygen as Kerbin does, despite the thinner atmosphere. FINISHED.
  178. 0.45 atm
  179. Oxygen 54%
  180. Nitrogen 45%
  181. Argon 0.96%
  182. Carbon Dioxide 0.04%
  183. Temperature: 2.1776
  184. Greenhouse: 2.3421
  185.  
  186. Clouds:
  187. Thin water vapor clouds.
  188.  
  189. -----------------------------
  190. Ollym: Ollym's atmosphere is thin, and not even as dense as Mars'. FINISHED.
  191. 0.0053 atm
  192. Carbon Dioxide 93%
  193. Nitrogen 2%
  194. Argon 1%
  195. Temperature: 0.2522 Celsius
  196. Greenhouse: 0.395 Celsius
  197.  
  198. Clouds:
  199. Thin water vapor clouds.
  200.  
  201. -----------------------------
  202. Gannovar: Gannovar's atmosphere is also about as oxygenated as Kerbin, and is also very humid when warm. FINISHED.
  203. 1.74 atm
  204. Nitrogen 87%
  205. Oxygen 11.5%
  206. Water Vapor 0.5%
  207. Argon 1%
  208. Greenhouse: 24.076 Celsius
  209.  
  210. Clouds:
  211. Water vapor clouds.
  212.  
  213. -----------------------------
  214. Mandrake: An ice giant largely based upon Neptune.
  215. 15 atm
  216. Hydrogen 80%
  217. Helium 18.918%
  218. Methane 1%
  219. Ammonia 0.06%
  220. Water 0.022%
  221.  
  222. Clouds:
  223. 5 atm: Ammonia, Ammonium Sulfide, Hydrogen Sulfide, Water
  224. 1 atm: Ammonia, Hydrogen Sulfide
  225.  
  226. -----------------------------
  227. Rutherford: An ice giant largely based upon Uranus.
  228. 15 atm
  229. Hydrogen 80%
  230. Helium 18.918%
  231. Methane 1%
  232. Ammonia 0.06%
  233. Water 0.022%
  234.  
  235. Clouds:
  236. 3-10 atm: Ammonia and Hydrogen Sulfide clouds.
  237. 1-2 atm: Thin methane clouds.
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