Difference between revisions of "Element:GEL"
(Infobox, and description from Elements:Liquids) |
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− | Added in 75.0, Gel can absorb | + | Added in 75.0, Gel can absorb {{MaterialBtn|WATR}}, in a similar manner as {{MaterialBtn|SPNG}}. While absorbing {{MaterialBtn|WATR}}, it becomes darker and less viscous and its heat conductivity increases. If in contact with {{MaterialBtn|SPNG}}, water passes from gel to sponge. When gel touches {{MaterialBtn|PSTE}} it will drain the water from it and the {{MaterialBtn|PSTE}} becomes {{MaterialBtn|CLST}}. If a gas touches the surface, then it will be randomly pulled across it and deposited somewhere else, useful in liquid/gas separation. Also appears to "stick" to gases. Another interesting reaction occurs when gel touches a solid object. It will coat the solid, even when on the bottom of the object and/or the objects sides. This can make it difficult to remove manually. The "thickness" of the "stuck" gel is inversely related to the deviation from the gravitational "down". |
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+ | Mixes with {{MaterialBtn|GLOW}} to make {{MaterialBtn|RSST}}. | ||
{{Languages}} | {{Languages}} |
Latest revision as of 04:47, 23 June 2024
Properties | |
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Section | Liquids |
Spawn temperature | 20°C |
Heat Conductivity | 11.6% |
Relative weight | 35 |
Gravity | 0.1 |
Acid dissolve rate | 2% |
Flammability | 0 |
State | Liquid |
Misc properties | |
Mangled by neutrons | |
Source code |
Added in 75.0, Gel can absorb , in a similar manner as . While absorbing , it becomes darker and less viscous and its heat conductivity increases. If in contact with , water passes from gel to sponge. When gel touches it will drain the water from it and the becomes . If a gas touches the surface, then it will be randomly pulled across it and deposited somewhere else, useful in liquid/gas separation. Also appears to "stick" to gases. Another interesting reaction occurs when gel touches a solid object. It will coat the solid, even when on the bottom of the object and/or the objects sides. This can make it difficult to remove manually. The "thickness" of the "stuck" gel is inversely related to the deviation from the gravitational "down".
Language: | [[::Element:GEL|English]] |
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