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Venus-like Atmosphere: Difference between revisions

Venus-like Atmosphere
Cdjensen94
Cdjensen94 (talk | contribs) (Created page with "{{DISPLAYTITLE:Venus-Like Atmosphere}} {{Atmosphere | name = Venus-Like Atmosphere | image = VenusLike_Sky.png | universe = Continuum Universes | type = Superheated Acidic Atmosphere | classification = Dense Carbonate-Sulfuric Gas System | contents = CO₂ 95%, N₂ 3%, SO₂ 1%, H₂O (trace), HF/HCl (trace) | pressure = 90–95 atm | temperature = 730–750 K |...")
 
 
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| name = Venus-Like Atmosphere
| name = Venus-Like Atmosphere
| image = VenusLike_Sky.png
| image = VenusLike_Sky.png
| universe = [[Continuum Universes]]
| universe = Continuum Universes
| type = Superheated Acidic Atmosphere
| type = Superheated Acidic Atmosphere
| classification = Dense Carbonate-Sulfuric Gas System
| classification = Dense Carbonate-Sulfuric Gas System
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}}
}}


The '''Venus-Like Atmosphere''' is a **superheated, high-pressure gaseous system** dominated by [[Carbon Dioxide|CO₂]] and [[Sulfur Dioxide|SO₂]], forming the archetype of *runaway greenhouse worlds*.   
The '''Venus-Like Atmosphere''' is a '''superheated, high-pressure gaseous system''' dominated by [[Carbon Dioxide|CO₂]] and [[Sulfur Dioxide|SO₂]], forming the archetype of *runaway greenhouse worlds*.   
Such environments are chemical furnaces: opaque to visible light, reflective to infrared, and saturated with corrosive aerosols.   
Such environments are chemical furnaces: opaque to visible light, reflective to infrared, and saturated with corrosive aerosols.   
To stand on such a planet’s surface is to exist inside the breath of a dying star.
To stand on such a planet’s surface is to exist inside the breath of a dying star.
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== Exobiological and Technological Context ==
== Exobiological and Technological Context ==
No known native life exists at the surface, but **aerial biochemistry** is possible in the upper atmosphere where temperatures moderate near 250 K.   
No known native life exists at the surface, but '''aerial biochemistry''' is possible in the upper atmosphere where temperatures moderate near 250 K.   
Continuum research stations deploy [[Aetheric Aerostat]] colonies for study — floating laboratories stabilized by [[Aether Vapor (Φ₇)]] buffers to resist acid corrosion.
Continuum research stations deploy [[Aetheric Aerostat]] colonies for study — floating laboratories stabilized by [[Aether Vapor (Φ₇)]] buffers to resist acid corrosion.