Hong News: Casbin continues to evolve into a stable garden-world.
Hong
Overall fame/aspect title: the nature-preserve world, Casbin (becoming a garden-world).
Abstract; summation of all major producing planets within this system:
(none yet, although Casbin will, many generations from now, have virtually countless)
Overall fame/aspect title: the nature-preserve world, Casbin (becoming a garden-world).
Abstract; summation of all major producing planets within this system:
(none yet, although Casbin will, many generations from now, have virtually countless)
System: Hong
Solar System Collectives
Hierarchically Descending
---[Star Data]---
Stellar ID:
Class:
Radius:
Mass:
Luminosity:
Temperature:
Distance:
---[Planets]---
5
---[Moons]---
2
---[Asteroid Belts]---
0
---[Planetoids]---
###,###+
---[Comets]---
#,###+
Stellar ID:
Class:
Radius:
Mass:
Luminosity:
Temperature:
Distance:
---[Planets]---
5
---[Moons]---
2
---[Asteroid Belts]---
0
---[Planetoids]---
###,###+
---[Comets]---
#,###+
Hong (year) A
N
9,616 km
2.707 Earth Masses
(N/A) #.##
N/A
492 °C / 917.6 °F
1.2 g
31.59 atm
1.2 g
31.59 atm
(N/A) #.# AU
0.5 Earth Years
47.0 Earth Hours
Yes; year
No; N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Hong (year) B
N (becoming G)
7,819 km
1.641 Earth Masses
(N/A) #.##
N/A
99 °C / 210.2 °F
1.1 g
1.1 atm
1.1 g
1.1 atm
(N/A) #.# AU
1.1 Earth Years
44.6 Earth Hours
No; N/A
No; N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
(simple plant-life)
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
(simple plant-life)
Hong (year) C
N
4,599 km
0.294 Earth Masses
(N/A) #.##
N/A
-64 °C / -83.2 °F
0.57 g
3.72 atm
0.57 g
3.72 atm
(N/A) #.# AU
29.8 Earth Years
54.5 Earth Hours
Yes; year
No; N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
2: (unnamed)
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Colonized:
Terraformed:
---[Moons]---
2: (unnamed)
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Yes; year
No; N/A
Hong (year) D
I
65,976 km
(N/A) #.### Earth Masses
#.##
N/A
(N/A) # °C / °F
(N/A) #.# g
(N/A) #.# atm
(N/A) #.# g
(N/A) #.# atm
(N/A) #.# AU
84.4 Earth Years
14.0 Earth Hours
Hong (year) E
D
1,402 km
0.005 Earth Masses
(N/A) #.##
N/A
-211 °C / -347.8 °F
0.1 g
0.04 atm
0.1 g
0.04 atm
(N/A) #.# AU
238.8 Earth Years
30.2 Earth Hours
Yes; year
No; N/A
---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:
Luminosity:
Surface Temperature:
Day Length:Surface Temperature:
Surface Gravity:
Atmospheric Pressure:
Atmospheric Pressure:
Orbital Distance:
Orbital Period:
Orbital Period:
---[Status]---
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Colonized:
Terraformed:
---[Moons]---
0
---[Rings]---
0
---[Artificial Satellites]---
0
---[Indigenous]---
N/A
Note
Casbin is a classic "pre-garden" terrestrial world, with conditions similar to those on Earth millions of years ago. Its hot, humid atmosphere is mainly composed of nitrogen and carbon dioxide. An increasing amount of the surface is covered by simple lichen and algae. Should no unexpected calamity occur, these tiny plants will change the atmosphere to an Earth-like nitrogen-oxygen mix over the next few millennia.
Due to its potential for future habitability and sapient life, Casbin has been designated a Sanctuary World by the Citadel Council. Landing is prohibited by law, and any disturbance of the fragile young ecosystem will result in harsh fines and imprisonment.
At present, the planet is passing through the debris trail of a long-period comet.
Casbin is a classic "pre-garden" terrestrial world, with conditions similar to those on Earth millions of years ago. Its hot, humid atmosphere is mainly composed of nitrogen and carbon dioxide. An increasing amount of the surface is covered by simple lichen and algae. Should no unexpected calamity occur, these tiny plants will change the atmosphere to an Earth-like nitrogen-oxygen mix over the next few millennia.
Due to its potential for future habitability and sapient life, Casbin has been designated a Sanctuary World by the Citadel Council. Landing is prohibited by law, and any disturbance of the fragile young ecosystem will result in harsh fines and imprisonment.
At present, the planet is passing through the debris trail of a long-period comet.
Note
Matar is a terrestrial planet with a thick atmosphere composed of nitrogen and krypton. Its frigid surface is mainly composed of sodium oxide with deposits of copper. Because of noxious surface gases, explorers are warned to use extreme caution.
Matar lacks a magnetic field. This makes it useless for discharging FTL drive cores in orbit. The energetic particles of solar wind from Hong strike the upper atmosphere directly, ionizing the krypton. This gives the planet its distinctive "minty" green-white hue.
Matar is a terrestrial planet with a thick atmosphere composed of nitrogen and krypton. Its frigid surface is mainly composed of sodium oxide with deposits of copper. Because of noxious surface gases, explorers are warned to use extreme caution.
Matar lacks a magnetic field. This makes it useless for discharging FTL drive cores in orbit. The energetic particles of solar wind from Hong strike the upper atmosphere directly, ionizing the krypton. This gives the planet its distinctive "minty" green-white hue.
Note
Theshaca is a standard hydrogen-helium gas giant. In the past, it was often used as a drive discharge point for pirates raiding human settlements from the Terminus Systems. In 2178 the Alliance set up a network of covert sensing devices on Theshaca's moons. Recordings of pirate FTL exit vectors over the course of six months led the Alliance Navy to eight major pirate anchorages. Since the "Theshaca Raids", no ships from the Terminus have been reported in the Hong system.
Theshaca is a standard hydrogen-helium gas giant. In the past, it was often used as a drive discharge point for pirates raiding human settlements from the Terminus Systems. In 2178 the Alliance set up a network of covert sensing devices on Theshaca's moons. Recordings of pirate FTL exit vectors over the course of six months led the Alliance Navy to eight major pirate anchorages. Since the "Theshaca Raids", no ships from the Terminus have been reported in the Hong system.
Note
Treagir is a tiny "ice dwarf" with a trace atmosphere of xenon and krypton. The frozen surface is mainly composed of water ice and ammonia. Cryo-volcanic processes are gradually repaving the surface with sheets of fresh ice.
Treagir is a tiny "ice dwarf" with a trace atmosphere of xenon and krypton. The frozen surface is mainly composed of water ice and ammonia. Cryo-volcanic processes are gradually repaving the surface with sheets of fresh ice.
Note
Pomal is an enormous terrestrial planet, with a very dense atmosphere of carbon dioxide and sodium. The surface is scorching hot, and mainly composed of sodium oxides and deposits of nickel. There is evidence that Pomal was once covered with broad, shallow seas. Should a probe ever be sent to the surface, a check for ancient fossil life might prove valuable.
Pomal is an enormous terrestrial planet, with a very dense atmosphere of carbon dioxide and sodium. The surface is scorching hot, and mainly composed of sodium oxides and deposits of nickel. There is evidence that Pomal was once covered with broad, shallow seas. Should a probe ever be sent to the surface, a check for ancient fossil life might prove valuable.
Major Regions
Continents
Continent
Cities
Oceans
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Cities
Continent
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Oceans
Ocean
Cities
D = Destroyed / ruins
Albums
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Videos
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Videos
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C = Classified
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Oceans
Ocean
Cities
D = Destroyed / ruins
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Albums
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Videos
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C = Classified
Major Regions
Continents
Continent
Cities
Oceans
Ocean
Cities
Continent
Cities
Oceans
Ocean
Cities
Major Regions
Continents
Continent
Cities
Oceans
Ocean
Cities
Continent
Cities
Oceans
Ocean
Cities
D = Destroyed / ruins
Albums
Photos
x
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Videos
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Videos
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x
C = Classified
Albums
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C = Classified
Major Regions
Continents
Continent
Cities
Oceans
Ocean
Cities
Continent
Cities
Oceans
Ocean
Cities
D = Destroyed / ruins
N/A
N/A
N/A
5
2
0
0
0
Stellar Mass:
Stellar Class:
Luminosity:
Planets:
Moons:
Asteroid Belts:
Asteroids:
Additional Objects:
按公C
寶發作
Pomal
Casbin
馬焦油
Matar
沙約
Theshaca
特雷一吉爾
Treagir
香港
系統
Note
Hong is a medium system with five planets. It is likely named for China's first successful satellite, the Dong Fang Hong I (东方红一号, "The East is Red.").
Hong is a medium system with five planets. It is likely named for China's first successful satellite, the Dong Fang Hong I (东方红一号, "The East is Red.").
_
(N/A) Letter#
(N/A) #.# sol
(N/A) #.# sol
(N/A) ## sol
##,### °K (##,### °F)
# AU
