let's try this again. Gelatin
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Gelatin: light particles and medium particles stay on it,while heavy partices fall through it. When heated past 100, it turns into a powder and steam, which when added to water, turns back into gelatin. Water slowly dissolves gelatin. If deleted, just post a reason. I like reasons.
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could be used for:
-filters
-targets for projectile weapons, like ballistic gelatin
-gelatin factories -
@Catelite (View Post)
probably like a more lighter coloured goo that allows more dense material to pass through more easily than light particals at high velocity? XD dunno, but it would be cool. -
@robsob (View Post)
So I assume that it would use a modified version of CLST's code? Or will GOO's code be appropriated? -
@Lockheedmartin (View Post)
Aerogel is a fine material, I was given the opportunity to experience its effects firsthand at a NASA facility once, very amazing material. I had a blowtorch hitting one side if it and on the other I touched it, and it felt room temperature. Amazing. That would be a worthy addition into TPT, aerogel with its gelatinous property's mixed with insulating property's. How would you make it react with real world situations such as a plasma arc torch hitting the aerogel from below without it melting yet also keeping it from being indestructible? I was thinking that when the aerogel is exposed to flames in excess of a certain predetermined temperature, it turns into a type of goo, but by goo I mean like regular goo experiencing high pressure, having the goo like excess material blow outwards towards the flame, sort of seeking the source of fire. This would make it great for realistic rockets, engines, (they are experimenting aerogel with almost all of these) high speed vehicles, bomb proof bunkers, cryogenic chambers, space stations, the possibilities are endless.
