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 | | + | {{MaterialBtn|SHLD}} progresses to the next stage and grows instantly without the need for SPRK |
− | + | {{MaterialBtn|ISZS}} / {{MaterialBtn|ISOZ}} → {{MaterialBtn|PLUT}} + {{MaterialBtn|PHOT}} | |
− | + | at over 7 pressure and 200C: {{MaterialBtn|WTRV}} + {{MaterialBtn|BCOL}} → {{MaterialBtn|OIL}} | |
− | at | + | === Probabilistic reactions === |
+ | 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}} | |
− | {{MaterialBtn | | + | {{MaterialBtn|RSST}} → {{MaterialBtn|BIZR}} |
+ | at over 2 pressure and 200C: {{MaterialBtn|GAS}} → {{MaterialBtn|INSL}} + 60C | ||
+ | |||
+ | at over 50 pressure and 1000C: {{MaterialBtn|BREL}} → {{MaterialBtn|EXOT}} + -30C | ||
+ | |||
+ | === 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|HYGN}} + {{MaterialBtn|DESL}} → {{MaterialBtn|OIL}} + {{MaterialBtn|WATR}} |
− | {{MaterialBtn | HYGN }} + {{MaterialBtn | OXYG }} | + | {{MaterialBtn|HYGN}} + {{MaterialBtn|OXYG}} → {{MaterialBtn|DSTW}} + {{MaterialBtn|SPRK}} + 5C |
− | Two {{MaterialBtn | HYGN }} at greater than 500C have a 1/1000 chance to perform '' | + | 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== | ||
− | - | + | - It conducts fast like {{MaterialBtn|GOLD}}, but with a higher melting point. |
+ | |||
+ | - In {{MaterialBtn|HYGN}} and {{MaterialBtn|OXYG}} power plants | ||
− | + | This tutorial save demonstrates the above reactions in game. | |
+ | {{ save | id=2746112}} | ||
Latest revision as of 14:27, 8 October 2024
Platinum. Catalyzes certain reactions. | |
Properties | |
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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 | above 1768°C |
Misc properties | |
Conducts electricity (SPRK) | |
Source code |
Reactions
Every reacting element must directly touch PTNM in order to react!
progresses to the next stage and grows instantly without the need for SPRK
at over 7 pressure and 200C: + →
Probabilistic reactions
The following reactions happen based on quadratic probability curve, from 0% at -273.15C up to a 100% chance at 1500C
at over 2 pressure and 200C: → + 60C
at over 50 pressure and 1000C: → + -30C
Hydrogen reactions
There is a class of reactions that occur when both HYGN and another element are nearby.
Two at greater than 500C have a 1/1000 chance to perform cold fusion. This creates one , one , one PHOT, and rarely (1/10) one . This also generates 1000C and 10 pressure.
Uses
- It conducts fast like , but with a higher melting point.
This tutorial save demonstrates the above reactions in game.
Language: | English |
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