Difference between revisions of "Element:ELEC"

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{{Languages|Element:ELEC}}
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{{ infobox Element
 
{{ infobox Element
 
| icon = ELEC.png
 
| icon = ELEC.png
| longname = Electrons
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| longname = Electron
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| image =
  
| advection = 0.0
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| identifier = DEFAULT_PT_ELEC
| airdrag = 0.0
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| name = ELEC
| airloss = 1.00
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| description = Sparks electronics, reacts with NEUT and WATR.
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| colour = DFEFFF
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| menusection = SC_NUCLEAR
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| menuvisible = 1
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| advection = 0
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| airdrag = 0
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| airloss = 1
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| loss = 1
 
| collision = -0.99
 
| collision = -0.99
| colour = DFEFFF
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| diffusion = 0
| description = Electrons
 
| diffusion = 0.0
 
 
| explosive = 0
 
| explosive = 0
 
| falldown = 0
 
| falldown = 0
 
| flammable = 0
 
| flammable = 0
| gravity = 0.0
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| gravity = 0
 
| hardness = 0
 
| hardness = 0
 
| heatconduct = 251
 
| heatconduct = 251
| highpressure =  
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| hotair = 0
| highpressuretransition =  
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| meltable = 0
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| state = ST_GAS
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| temperature = 495.15
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| weight = -1
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| properties = TYPE_ENERGY PROP_LIFE_DEC PROP_LIFE_KILL_DEC
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| lowtemperature =
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| lowtemperaturetransition =  
 
| hightemperature =  
 
| hightemperature =  
 
| hightemperaturetransition =  
 
| hightemperaturetransition =  
| hotair = 0.000
 
| identifier = DEFAULT_PT_ELEC
 
| loss = 1.00
 
 
| lowpressure =  
 
| lowpressure =  
 
| lowpressuretransition =  
 
| lowpressuretransition =  
| lowtemperature =  
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| highpressure =  
| lowtemperaturetransition =  
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| highpressuretransition =  
| meltable = 0
 
| name = ELEC
 
| properties = TYPE_ENERGY|PROP_LIFE_DEC|PROP_LIFE_KILL_DEC
 
| state = ST_GAS
 
| temperature = 495.15
 
| weight = -1
 
 
}}
 
}}
 
== Creation ==
 
== Creation ==
With the brush, [[Element:SING|singularity]] explosions, [[Fusion|fusion]], or with [[Element:PHOT|photons]] and [[Element:BIZR|BIZR]].
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With the brush, {{Material|mat=SING}} explosions, [[Fusion|fusion]], or with {{Material|mat=PHOT}} and {{Material|mat=BIZR}}.
  
 
== Reactions ==
 
== Reactions ==
While electrons are a good heat conductor, they also have many unique properties. If they hit a conductive material, they will disappear and spark this material. In the case they hit any type of water, it will split them into [[Element:HYGN|hydrogen]] and [[Element:OXYG|oxygen]]. It scrambles any [[Element:LCRY|liquid crystal]] they go through, creating noise along their track. If it contacts with a [[Element:NEUT|neutron]], they will turn into a [[Element:HYGN|hydrogen]] particle. It also tries to compress any [[Element:DEUT|deuterium oxide]] they come contact with.
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While electrons are a good heat conductor, they also have many unique properties. If they hit a conductive material, they will disappear and spark this material. In the case they hit any type of water, it will [[Electrolysis|split them]] into {{Material|mat=HYGN}} and {{Material|mat=OXYG}}. It scrambles any {{Material|mat=LCRY}} they go through, creating noise along their track. If it contacts with {{Material|mat=NEUT}}, both will turn into {{Material|mat=HYGN}}. It also tries to compress any {{Material|mat=DEUT}} they come contact with.
  
If any electrons hit [[Element:GLAS|glass]], they will explode into embers, and if electrons make contact with [[Element:GLOW|GLOW]], they will be turned to photons.
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If any electrons hit {{Material|mat=GLAS}}, they will explode into embers, and if electrons penetrate the surface of {{Material|mat=GLOW}}, they will be turned to photons.
  
 
== Properties ==
 
== Properties ==
Electrons have a white glow, and they are about 200C above room temperature when spawned. Their reactions are interesting. As it is an energy particle, it will not be detected by [[Element:BOMB|BOMB]], [[Element:GBMB|GBMB]] or [[Element:DEST|DEST]], and they will just pass by.
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Electrons have a white glow, and they are about 200C above room temperature when spawned. Their reactions are interesting. As it is an energy particle, it will not be detected by {{Material|mat=BOMB}}, {{Material|mat=GBMB}} or {{Material|mat=DEST}}, and they will just pass by.
  
 
== Uses ==
 
== Uses ==
 
Electrons are born in many different reactions. They can be used to create electricity, since they spark conductive materials. They also split water, which can be used to make hydrogen and oxygen. Also it's feature to combine with neutrons is also used in some saves.
 
Electrons are born in many different reactions. They can be used to create electricity, since they spark conductive materials. They also split water, which can be used to make hydrogen and oxygen. Also it's feature to combine with neutrons is also used in some saves.
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[[Category:Elements]]
 
[[Category:Elements]]
 
[[Category:Radioactive]]
 
[[Category:Radioactive]]
[[Category:Work in progress]]
 

Revision as of 08:57, 10 November 2019

Language: English
ELEC.png Electron
Properties
Section Radioactive
Spawn temperature 222°C
Heat Conductivity 100%
Relative weight -1
Gravity 0
Acid dissolve rate 0%
Flammability 0
State Energy particle
Misc properties
Source code

Creation

With the brush, SING explosions, fusion, or with PHOT and BIZR.

Reactions

While electrons are a good heat conductor, they also have many unique properties. If they hit a conductive material, they will disappear and spark this material. In the case they hit any type of water, it will split them into HYGN and OXYG. It scrambles any LCRY they go through, creating noise along their track. If it contacts with NEUT, both will turn into HYGN. It also tries to compress any DEUT they come contact with.

If any electrons hit GLAS, they will explode into embers, and if electrons penetrate the surface of GLOW, they will be turned to photons.

Properties

Electrons have a white glow, and they are about 200C above room temperature when spawned. Their reactions are interesting. As it is an energy particle, it will not be detected by BOMB, GBMB or DEST, and they will just pass by.

Uses

Electrons are born in many different reactions. They can be used to create electricity, since they spark conductive materials. They also split water, which can be used to make hydrogen and oxygen. Also it's feature to combine with neutrons is also used in some saves.