Difference between revisions of "Element:BREL"

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Broken electronics are created when certain elements ({{MaterialBtn|PSCN}}, {{MaterialBtn|NSCN}}, {{MaterialBtn|PTCT}}, {{MaterialBtn|NTCT}}, {{MaterialBtn|INST}}, {{MaterialBtn|SWCH}}, {{MaterialBtn|WWLD}}) are being sparked while {{MaterialBtn|EMP}} is activated. BREL can be melted and cooled back into the un-broken form. Conducts electricity. When combined with BRMT at above 240°C, they combine to form THRM. Since BRMT is formed when IRON rusts, this means that BREL is actually aluminum. When constantly sparked at above 10 pressure, it will heat up. When constantly sparked at above 30 pressure and over 9000°C, it will turn into EXOT. VIBR will not spark BREL, and gray EXOT will not turn into BREL.
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Broken electronics is a conductive powder which is created when certain elements like {{Material|PSCN}}, {{Material|NSCN}}, {{Material|PTCT}}, {{Material|NTCT}}, {{Material|INST}}, {{Material|SWCH}}, {{Material|WWLD}} are being sparked while [[Element:EMP|electromagnetic pulse]] is activated.
  
==BREL's Reactions==
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When constantly sparked at above 10 pressure, it will heat up, the rate of heating being higher with high pressure. [[Element:VIBR|Vibranium]] will not spark broken electronics before exploding, and gray [[Element:EXOT|exotic matter]] will not turn into broken electronics.
{{MaterialBtn|BREL}}(life > 0, temp > 9000C, pressure > 30) -> {{MaterialBtn|EXOT}}
 
  
==Other Elements' Reactions==
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== Creation ==
{{MaterialBtn|BRMT}} + {{MaterialBtn|BREL}} -> {{MaterialBtn|THRM}} + {{MaterialBtn|BRMT}}/{{MaterialBtn|BREL}} (either the BRMT or BREL is converted into THRM; it is random)
 
  
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Besides the effect of electronic pulse on electronic elements, another way to produce broken electronics is by exploding vibranium:
  
{{Languages}}
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{{MaterialBtn|VIBR}} → {{MaterialBtn|ELEC}} + {{MaterialBtn|PHOT}} + {{MaterialBtn|BREL}} + {{MaterialBtn|EXOT}}
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== Reactions ==
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Sparked broken electronics turns into exotic matter at {{Temperature|t=9000}} and pressure above 30:
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{{MaterialBtn|BREL}} → {{MaterialBtn|EXOT}}
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The same reaction can be performed without sparking broken electronics in the presence of [[Element:PTNM|platinum]] catalyst at {{Temperature|t=1273.15}} and pressure above 50:
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{{MaterialBtn|PTNM}} + {{MaterialBtn|BREL}} → {{MaterialBtn|PTNM}} + {{MaterialBtn|EXOT}}
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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 [[Element:BRMT#Reactions|here]].
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{{Languages|Element:BREL}}

Latest revision as of 17:19, 12 October 2024

BREL.png Broken electronics
Properties
Section Powders
Spawn temperature 22°C
Heat Conductivity 84.4%
Relative weight 90
Gravity 0.18
Acid dissolve rate 0.2%
Flammability 0
State Powder
Misc properties
Conducts electricity (SPRK)
Source code


Broken electronics is a conductive powder which is created when certain elements like PSCN, NSCN, PTCT, NTCT, INST, SWCH, WWLD are being sparked while electromagnetic pulse is activated.

When constantly sparked at above 10 pressure, it will heat up, the rate of heating being higher with high pressure. Vibranium will not spark broken electronics before exploding, and gray exotic matter will not turn into broken electronics.

Creation

Besides the effect of electronic pulse on electronic elements, another way to produce broken electronics is by exploding vibranium:

VIBR.pngELEC.png + PHOT.png + BREL.png + EXOT.png

Reactions

Sparked broken electronics turns into exotic matter at 8726.85°C and pressure above 30:

BREL.pngEXOT.png

The same reaction can be performed without sparking broken electronics in the presence of platinum catalyst at 1000°C and pressure above 50:

PTNM.png + BREL.pngPTNM.png + EXOT.png

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.pngTHRM.png + BRMT.png / BREL.png

The reaction becomes slower when heated, see the table here.

Language: English