Difference between revisions of "Element:BRMT"

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BRMT is broken metal, like rust in powder form. It is very heavy and also conducts electricity. If broken metal is melted and cooled down slowly, it can make Breakable Metal (BMTL). BRMT is obtained through rusting of IRON or BMTL or by exposing BMTL to pressure.
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Broken metal is a heavy conductive powder which is formed when [[Element:BMTL|breakable metal]] is exposed to pressures above 1 (when its tmp is 1) or 2.5 (otherwise). Broken metal usually melts under {{Temperature|t=1273.0}} into molten breakable metal, but if it has a ctype of [[Element:TUNG|tungsten]], it melts under {{Temperature|t=3695.0}} into molten tungsten.
  
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Burning Thermite will also form molten breakable metal.
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== Creation ==
  
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Forms Thermite [THRM] when combined with BREL at >250°C.  
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Tungsten breaks into broken metal with ctype TUNG if it experiences pressure differences higher than 32. Breakable metal, [[Element:PIPE|pipe]] and [[Element:WIFI|wifi]] break into broken metal when pressure is higher than 2.5, 10 and 15, respectively.
  
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{{Languages}}
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[[Element:DMG|Damage particles]] turn breakable metal into broken metal even with heat and air simulations disabled:
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{{MaterialBtn|DMG}} + {{MaterialBtn|BMTL}} → {{MaterialBtn|BRMT}}
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Same for tungsten, but the resulting broken metal has ctype TUNG:
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{{MaterialBtn|DMG}} + {{MaterialBtn|TUNG}} → {{MaterialBtn|BRMT}}
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Breakable metal with tmp value 1 decomposes into broken metal by itself with time. This kind of breakable metal can be obtained when [[Element:IRON|iron]] rusts on contact with [[Element:WATR|water]], resulting in the following reaction:
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{{MaterialBtn|IRON}} + {{MaterialBtn|WATR}} → {{MaterialBtn|BMTL}} + {{MaterialBtn|WATR}} → {{MaterialBtn|BRMT}} + {{MaterialBtn|WATR}}
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Molten [[Element:ROCK|rock]] under pressure between 25 and 50 may randomly turn into molten broken metal:
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2×{{MaterialBtn|ROCK}} → {{MaterialBtn|BRMT}} + {{MaterialBtn|CNCT}}
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[[Element:OXYG|Oxygen]] may fuse into broken metal under temperature above {{Temperature|t=9973.15}}, pressure above 250 and gravity above 20, although the resulting broken metal is often instantly melted into breakable metal.
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== Reactions ==
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Broken metal and broken electronics may produce [[Element:THRM|thermite]] on contact (either of the particles turns into thermite at random) when temperature is above {{Temperature|t=523.15}}:
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{{MaterialBtn|BRMT}} + {{MaterialBtn|BREL}} → {{MaterialBtn|THRM}} + {{MaterialBtn|BRMT}} / {{MaterialBtn|BREL}}
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The reaction becomes slower when heated, see the table below (notice that {{Temperature|t=1273}} is broken metal melting point):
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[[File:BRMT+BREL THRM rategraph.png|800px]]
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{{Languages|Element:BRMT}}
  
 
[[Category:Elements]]
 
[[Category:Elements]]
 
[[Category:Powders]]
 
[[Category:Powders]]
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[[Category:Work in progress]]
 

Latest revision as of 23:33, 7 June 2022

BRMT.png Broken metal
BRMTsticker.gif
Created when iron rusts or when when metals break from pressure.
Properties
Section Powders
Spawn temperature 22°C
Heat Conductivity 84.4%
Relative weight 90
Gravity 0.3
Acid dissolve rate 0.2%
Flammability 0
State Powder
Transitions
High temperature transition occurs above 999.85°C
Misc properties
Conducts electricity (SPRK)
Source code


Broken metal is a heavy conductive powder which is formed when breakable metal is exposed to pressures above 1 (when its tmp is 1) or 2.5 (otherwise). Broken metal usually melts under 999.85°C into molten breakable metal, but if it has a ctype of tungsten, it melts under 3421.85°C into molten tungsten.

Creation

Tungsten breaks into broken metal with ctype TUNG if it experiences pressure differences higher than 32. Breakable metal, pipe and wifi break into broken metal when pressure is higher than 2.5, 10 and 15, respectively.

Damage particles turn breakable metal into broken metal even with heat and air simulations disabled:

DMG.png + BMTL.png → BRMT.png

Same for tungsten, but the resulting broken metal has ctype TUNG:

DMG.png + TUNG.png → BRMT.png

Breakable metal with tmp value 1 decomposes into broken metal by itself with time. This kind of breakable metal can be obtained when iron rusts on contact with water, resulting in the following reaction:

IRON.png + WATR.png → BMTL.png + WATR.png → BRMT.png + WATR.png

Molten rock under pressure between 25 and 50 may randomly turn into molten broken metal:

2×ROCK.png → BRMT.png + CNCT.png

Oxygen may fuse into broken metal under temperature above 9700°C, pressure above 250 and gravity above 20, although the resulting broken metal is often instantly melted into breakable metal.

Reactions

Broken metal and broken electronics may produce thermite on contact (either of the particles turns into thermite at random) when temperature is above 250°C:

BRMT.png + BREL.png → THRM.png + BRMT.png / BREL.png

The reaction becomes slower when heated, see the table below (notice that 999.85°C is broken metal melting point):

BRMT+BREL THRM rategraph.png


Language: English
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