Difference between revisions of "Element:ANAR"
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− | + | Anti-air is a very light powder which falls in the direction opposite to gravity. For example, in normal gravity mode anti-air will flow up, in radial mode it will move outwards from the center, [[Element:BHOL|black hole]] will repel it and [[Element:WHOL|white hole]] will attract it (destroying anti-air on contact). | |
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+ | Anti-air has the same relative weight as [[Element:DUST|dust]], so on contact they balance each other without passing through. | ||
== Reactions == | == Reactions == | ||
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− | + | Anti-air does not burn in usual [[Element:FIRE|flame]], but does burn in [[Element:CFLM|cold flame]]: | |
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+ | {{MaterialBtn|CFLM}} + {{MaterialBtn|ANAR}} → 2×{{MaterialBtn|CFLM}} | ||
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+ | As a result of that reaction, pressure decreases by 0.5 and cold flame particles get absolute zero temperature -273.15°C. | ||
− | + | Anti-air breaks [[Element:VIBR|vibranium]] into [[Element:BVBR|broken vibranium]]: | |
− | Anti | ||
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− | ANAR | + | {{MaterialBtn|VIBR}} + {{MaterialBtn|ANAR}} → {{MaterialBtn|BVBR}} + {{MaterialBtn|ANAR}} |
− | + | As a result, pressure decreases by 1. | |
− | {{Languages}} | + | {{Languages|Element:ANAR}} |
[[Category:Elements]] | [[Category:Elements]] | ||
[[Category:Powders]] | [[Category:Powders]] |
Revision as of 12:59, 4 May 2022
Properties | |
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Section | Powders |
Spawn temperature | 22°C |
Heat Conductivity | 28% |
Relative weight | 85 |
Gravity | -0.1 |
Acid dissolve rate | 3% |
Flammability | 0 |
State | Powder |
Source code |
Anti-air is a very light powder which falls in the direction opposite to gravity. For example, in normal gravity mode anti-air will flow up, in radial mode it will move outwards from the center, black hole will repel it and white hole will attract it (destroying anti-air on contact).
Anti-air has the same relative weight as dust, so on contact they balance each other without passing through.
Reactions
Anti-air does not burn in usual flame, but does burn in cold flame:
As a result of that reaction, pressure decreases by 0.5 and cold flame particles get absolute zero temperature -273.15°C.
Anti-air breaks vibranium into broken vibranium:
As a result, pressure decreases by 1.
Language: | English |
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