Difference between revisions of "Element:PTNM"

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'''Every reacting element must directly touch PTNM in order to react!'''
 
'''Every reacting element must directly touch PTNM in order to react!'''
  
−
{{MaterialBtn | ISZS }} / {{MaterialBtn | ISOZ }} -> {{MaterialBtn | PLUT }} + {{MaterialBtn | PHOT }}
+
{{MaterialBtn|SHLD}} progresses to the next stage and grows instantly without the need for SPRK
  
−
[[Element:SHLD|SHLD]] elements progress to the next stage and grows instantly when touching PTNM
+
{{MaterialBtn|ISZS}} / {{MaterialBtn|ISOZ}} → {{MaterialBtn|PLUT}} + {{MaterialBtn|PHOT}}
 +
 
 +
at over 7 pressure and 200C: {{MaterialBtn|WTRV}} + {{MaterialBtn|BCOL}} → {{MaterialBtn|OIL}}
  
 
=== Probabilistic reactions ===
 
=== Probabilistic reactions ===
−
The following 3 reactions happen based on quadratic probability curve, from 0% at <= 0C up to a 100% chance at 1500C
+
The following reactions happen based on quadratic probability curve, from 0% at -273.15C up to a 100% chance at 1500C
 +
 
 +
{{MaterialBtn|SMKE}} → {{MaterialBtn|CO2}}
  
−
at over 2 pressure and 200C: {{MaterialBtn | GAS }} -> {{MaterialBtn | INSL }} + 60C
+
{{MaterialBtn|RSST}} → {{MaterialBtn|BIZR}}
  
−
at over 50 pressure and 1000C: {{MaterialBtn | BREL }} -> {{MaterialBtn | EXOT }} + -30C
+
at over 2 pressure and 200C: {{MaterialBtn|GAS}} → {{MaterialBtn|INSL}} + 60C
  
−
{{MaterialBtn | SMKE }} -> {{MaterialBtn | CO2 }}
+
at over 50 pressure and 1000C: {{MaterialBtn|BREL}} → {{MaterialBtn|EXOT}} + -30C
  
 
=== Hydrogen reactions ===
 
=== Hydrogen reactions ===
−
 
 
There is a class of reactions that occur when both HYGN and another element are nearby.
 
There is a class of reactions that occur when both HYGN and another element are nearby.
  
−
{{MaterialBtn | HYGN }} + {{MaterialBtn | DESL }} -> {{MaterialBtn | OIL }} + {{MaterialBtn | WATR }}  
+
{{MaterialBtn|HYGN}} + {{MaterialBtn|DESL}} → {{MaterialBtn|OIL}} + {{MaterialBtn|WATR}}  
  
−
{{MaterialBtn | HYGN }} + {{MaterialBtn | OXYG }} -> {{MaterialBtn | DSTW }} + {{MaterialBtn | SPRK }} + 5C, PTNM is sparked
+
{{MaterialBtn|HYGN}} + {{MaterialBtn|OXYG}} → {{MaterialBtn|DSTW}} + {{MaterialBtn|SPRK}} + 5C
  
−
Two {{MaterialBtn | HYGN }} at greater than 500C have a 1/1000 chance to perform ''Cold fusion''. This spawns one [[Element:NBLE|NBLE]], one [[Element:NEUT|NEUT]], and one [[Element:PHOT|PHOT]] and rarely (1/10) one [[Element:ELEC|ELEC]]. This also generates 1000C and 10 pressure.
+
Two {{MaterialBtn|HYGN}} at greater than 500C have a 1/1000 chance to perform ''cold fusion''. This creates one {{MaterialBtn|NBLE}}, one {{MaterialBtn|NEUT}}, one PHOT, and rarely (1/10) one {{MaterialBtn|ELEC}}. This also generates 1000C and 10 pressure.
  
 
==Uses==
 
==Uses==
−
- Since it conducts fast like [[Element:GOLD|GOLD]], it can be used as GOLD alternative with higher melting point.
+
- It conducts fast like {{MaterialBtn|GOLD}}, but with a higher melting point.
 +
 
 +
- In {{MaterialBtn|HYGN}} and {{MaterialBtn|OXYG}} power plants
  
−
- In [[Element:HYGN|HYGN]] and [[Element:OXYG|OXYG]] power plants, such as hydrogen and oxygen fuel cells in real life
+
This tutorial save demonstrates the above reactions in game.
 +
{{ save | id=2746112}}
  
  

Latest revision as of 14:27, 8 October 2024

PTNM.png Platinum
PlatinumSticker.gif
Platinum. Catalyzes certain reactions.
Properties
Section Solids
Spawn temperature 22°C
Heat Conductivity 100%
Relative weight 100
Gravity 0.0
Acid dissolve rate 0%
Flammability 0
State Solid
Transitions
High temperature LAVA.png above 1768°C
Misc properties
Conducts electricity (SPRK)
Source code


Reactions

Every reacting element must directly touch PTNM in order to react!

SHLD.png progresses to the next stage and grows instantly without the need for SPRK

ISZS.png / ISOZ.png → PLUT.png + PHOT.png

at over 7 pressure and 200C: WTRV.png + BCOL.png → OIL.png

Probabilistic reactions

The following reactions happen based on quadratic probability curve, from 0% at -273.15C up to a 100% chance at 1500C

SMKE.png → CO2.png

RSST.png → BIZR.png

at over 2 pressure and 200C: GAS.png → INSL.png + 60C

at over 50 pressure and 1000C: BREL.png → EXOT.png + -30C

Hydrogen reactions

There is a class of reactions that occur when both HYGN and another element are nearby.

HYGN.png + DESL.png → OIL.png + WATR.png

HYGN.png + OXYG.png → DSTW.png + SPRK.png + 5C

Two HYGN.png at greater than 500C have a 1/1000 chance to perform cold fusion. This creates one NBLE.png, one NEUT.png, one PHOT, and rarely (1/10) one ELEC.png. This also generates 1000C and 10 pressure.

Uses

- It conducts fast like GOLD.png, but with a higher melting point.

- In HYGN.png and OXYG.png power plants

This tutorial save demonstrates the above reactions in game.

2746112View save 2746112


Language: English
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