Difference between revisions of "Element:INWR"

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m (INWR now conducts to and from WIFI, so I fixed the wiki saying otherwise.)
 
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<!-- TODO: add gif?-->
 
 
{{ infobox Element
 
{{ infobox Element
 
| icon = INWR.png
 
| icon = INWR.png
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| image = [[File:INWRsticker.gif]]
 
| image = [[File:INWRsticker.gif]]
  
| advection = 0.00
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| identifier = DEFAULT_PT_INWR
| airdrag = 0.000
+
| name = INWR
| airloss = 0.90
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| description = Doesn't conduct to metal or semiconductors.
| collision = 0.00
 
 
| colour = 544141
 
| colour = 544141
| description = Insulated Wire. Doesn't conduct to metal or semiconductors.
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| menusection = SC_ELEC
| diffusion = 0.00
+
| menuvisible = 1
 +
| advection = 0
 +
| airdrag = 0
 +
| airloss = 0.9
 +
| loss = 0
 +
| collision = 0
 +
| diffusion = 0
 
| explosive = 0
 
| explosive = 0
 
| falldown = 0
 
| falldown = 0
 
| flammable = 0
 
| flammable = 0
| gravity = 0.00
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| gravity = 0
 
| hardness = 1
 
| hardness = 1
 
| heatconduct = 251
 
| heatconduct = 251
| highpressure =
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| hotair = 0
| highpressuretransition =
 
| hightemperature = 1687.00
 
| hightemperaturetransition = LAVA
 
| hotair = 0.000000
 
| identifier = DEFAULT_PT_INWR
 
| loss = 0.00
 
| lowpressure =
 
| lowpressuretransition =
 
| lowtemperature =
 
| lowtemperaturetransition =
 
 
| meltable = 1
 
| meltable = 1
| name = INWR
 
| properties = TYPE_SOLID | PROP_CONDUCTS | PROP_LIFE_DEC
 
 
| state = ST_SOLID
 
| state = ST_SOLID
 
| temperature = 295.15
 
| temperature = 295.15
 
| weight = 100
 
| weight = 100
 +
| properties = TYPE_SOLID PROP_CONDUCTS PROP_LIFE_DEC
 +
| lowtemperature =
 +
| lowtemperaturetransition =
 +
| hightemperature = 1687
 +
| hightemperaturetransition = LAVA
 +
| lowpressure =
 +
| lowpressuretransition =
 +
| highpressure =
 +
| highpressuretransition =
 
}}
 
}}
  
==Creation==
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Insulated Wire's description is slightly misleading, as it does, in fact, conduct to some semiconductors ({{Material | PSCN}} and {{Material | NSCN}}).  
It can be created only by drawing with the brush.
 
  
== Reactions ==
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== Properties ==
Insulated Wire is a good heat conductor. It will only take sparks [[Element:SPRK|electricity]] to either [[Element:PSCN|PSCN]] or [[Element:NSCN|NSCN]]. The same rules affect giving sparks, it can give sparks only to these materials. It does not conduct under any circumstances to [[Element:METL|metal]], or termistors [[Element:NTCT|NTCT]] and [[Element:PTCT|PTCT]].
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==== SPRK ====
=== Properties ===
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INWR has much more restricted {{Material | SPRK}} conduction rules than most other elements, hence "insulated". There are only 5 elements which INWR conducts SPRK to/from:
Insulated Wire will melt at {{User:LiquidCaesium/Template:Temperature|1687}} into molten INWR, but it is not affected by pressure.
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 +
{{MaterialBtn | INWR}} {{MaterialBtn | PSCN}} {{MaterialBtn | NSCN}} {{MaterialBtn | WIFI}} - INWR conducts to and from these elements
 +
 
 +
INWR conducts to, but not from, {{MaterialBtn | SWCH}}
 +
 
 +
==== BRAY ====
 +
INWR is transparent to {{Material | BRAY}} beams, they always go right through instead of being blocked. This allows BRAY beams to cross each other - a BRAY beam normally blocks other beams of white BRAY which cross it, unless the space where the beams would cross contains a particle that is transparent to BRAY.
 +
 
 +
Some other elements are also transparent to BRAY, such as {{Material | FILT}} and {{Material | ARAY}}, but most of them block BRAY.
 +
 
 +
INWR  does not get sparked by any {{Material | BRAY}} beams which pass through it (most conductors get sparked when hit by BRAY).
  
 
== Uses ==
 
== Uses ==
It is useful for electronics, because it cannot spark or take spark from metal, which can allow creation of "crossings". It is also used in some [[Element:ARAY|ARAY]] devices, because BRAY (shot by ARAY) does not spark INWR (as opposed to METL), and it also lets BRAY go right through.
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It can be used in electronics to allow creation of "crossings" for SPRK, because INWR does not conduct to or from most other electronic elements.
 +
 
 +
Transparency to BRAY means INWR can be used as ROM (read by ARAY) in printers to store the image, and in decoders.
 +
 
 +
When sparked repeatedly, INWR rapidly cools to 22°C which is very useful were temperature needs to be limited, or rapid cooling is desired.
 +
 
 +
== Creation ==
 +
It can be created only by drawing with the brush or cloning, there are no reactions which create INWR.
  
=== Examples ===
+
== Examples ==
 
{|border="1" cellpadding="5" cellspacing="0"
 
{|border="1" cellpadding="5" cellspacing="0"
 
|-
 
|-

Latest revision as of 05:10, 21 January 2023

INWR.png Insulated Wire
INWRsticker.gif
Doesn't conduct to metal or semiconductors.
Properties
Section Electronics
Spawn temperature 22°C
Heat Conductivity 100%
Relative weight 100
Gravity 0
Acid dissolve rate 0.1%
Flammability 0
State Solid
Transitions
High temperature LAVA.png above 1413.85°C
Misc properties
Conducts electricity (SPRK)
Source code


Insulated Wire's description is slightly misleading, as it does, in fact, conduct to some semiconductors (PSCN and NSCN).

Properties

SPRK

INWR has much more restricted SPRK conduction rules than most other elements, hence "insulated". There are only 5 elements which INWR conducts SPRK to/from:

INWR.png PSCN.png NSCN.png WIFI.png - INWR conducts to and from these elements

INWR conducts to, but not from, SWCH.png

BRAY

INWR is transparent to BRAY beams, they always go right through instead of being blocked. This allows BRAY beams to cross each other - a BRAY beam normally blocks other beams of white BRAY which cross it, unless the space where the beams would cross contains a particle that is transparent to BRAY.

Some other elements are also transparent to BRAY, such as FILT and ARAY, but most of them block BRAY.

INWR does not get sparked by any BRAY beams which pass through it (most conductors get sparked when hit by BRAY).

Uses

It can be used in electronics to allow creation of "crossings" for SPRK, because INWR does not conduct to or from most other electronic elements.

Transparency to BRAY means INWR can be used as ROM (read by ARAY) in printers to store the image, and in decoders.

When sparked repeatedly, INWR rapidly cools to 22°C which is very useful were temperature needs to be limited, or rapid cooling is desired.

Creation

It can be created only by drawing with the brush or cloning, there are no reactions which create INWR.

Examples

This shows an example of INWR not conducting to METL.
Language: [[::Element:INWR|English]]