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Master-Bit β Phobos terraformed: Realistic version
Published: 2012-12-22 19:58:07 +0000 UTC; Views: 2994; Favourites: 11; Downloads: 10
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Description
[IT]a causa di qualche importunatore che, malgrado le mie intenzioni di creare un corpo celeste con atmosfera e mappa-nuvole ipoteticamente non sferici, mi dicono in continuazione che sbaglio a terraformare phobos, (atmosfera senza gravitΓ e nuvole sproporzionate), ho deciso di creare questa versione realistica di phobos terraformato (con relativa bolla di vetro per contenere l'atmosfera, e nuvole proporzionate).
[EN]
due to some nagger that, despite my intentions to create a celestial body with atmosphere and cloud-map (hypothetically non-spherical), tell me again that I'm wrong to terraform phobos (atmosphere without gravity and disproportionate clouds), I decided to create this realistic version of phobos terraformed (with relative glass bubble to contain the atmosphere, and proportionate clouds).
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Comments: 7
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Say, would you mind if I share this picture on the Terraforming Wiki? Of course I'll credit you 
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No problem, take the picture
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And how exactly do you expect for that glass bubble to stay in place, hmm? The gravity of mars and the non-spherical gravity of the moon would make that completely impossible. ALSO: There isn't enough gravity for water to collect like that in small seas/lakes on Phobos. It would only work if you somehow found a way to suspend the glass bubble with a lattice network and towers and has some sci-fi, totally fictional gravity generator at the core.
This still isn't at all realistic.
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The bubble stay in place because there are some sticks behind phobos (I did not want to draw the sticks). the martian gravity acts on phobos and the bubble at the same way, so the bubble can stay around phobos without falling into Mars (try to think to contain the ISS into a glass bubble, there are no forces that will pull or destroy the glass, except the internal pressure that can be contained by a thicker glass). Phobos is not a black hole, so its (non-spherical)gravity will not attract the glass breaking the sticks, but phobos will attract the water, and the cohesive force of the water will keep it attached to the container (craters). If you look closely, there aren't boats or people in the water that throw the water. Fictional gravity generators are bullshits, the only realistic and efficient way to generate gravity is the centrifuge force.
in conclusion my glassed phobos is realistic, I would have highlighted other problems: "where is the bubble's Door?" or "why the glass does not reflect Mars?"
now I have a questions to ask you, Justin:
Why Europa and Jupiter are not in the same shadow-phase in your 3D Jupiter rendering?
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They actually are. lol - I used a single light source. Shadows can trick you when you're looking at things which have distance between them.
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