View source for User:Sweeper~Storm/Guide to Atmospheric

Dumping the info of Rddrazga there so I don't loose it
Todo:
*a new desc for each gas of what it does, not how to get it since it'll go in the reaction section
*a list of all the reactions, not how to obtain them but the requirement in the code
**what they do
**what they use
**ADD THE FIRES BECAUSE THEY ARE ALSO REACTIONS
*I should also go over the various devices and such to make sure it's all good. (yeah good fucking luck future Sweeper)

Let's make a nice table for it shall we, it's always good to have a table to present nicely things. (maybe even collapsible?)

{| class="wikitable
!style="background-color:#FFFACD; width:10%" |Name
!style="background-color:#FFFACD; width:15%" |Gasses required
!style="background-color:#FFFACD; width:20%" |Temperature/pressure required
!style="background-color:#FFFACD; width:15%" |Consume
!style="background-color:#FFFACD; width:15%" |Produce
!style="background-color:#FFFACD; width:20%" |Notes
|-
!Nytril/NO2
|20 mols of O2<br>20 mols of N2<br>5 mols of N2O
|22,380k min<br> higher temps improve the quantities reacting
|1 mol of O2<br>1 mol of N2
|1 mol of NO2
|
|-
!BZ
|10 mols of N2O<br>10 mols of plasma
|No temp requirement<br>lower pressures improve the quantities reacting
|1 mol of N2O<br>1 mol of plasma
|1 mol of BZ
|
|-
!Stimulum
|10 mols of plasma<br>20 mols of bz<br>30 mols of NO2
|50,00k<br>higher temps improve the quantities reacting
|1 mol of plasma<br>1 mol of NO2
|1 mol of stimulum
|Each moles of stimulum synthetized will produce 50 research points up to a maximum of 500,000.
|-
!Hypernoblium
|20 mols of N2O<br>20 mols of tritium
|5,000,000k
|20 mols of N2O<br>10 mols of tritium
|1 mol of hypernoblium
|Each moles of hypernoblium synthetized will produce 200 research points up to a maximum of 2,000,000.
|-
!Miaster/Dry Heat Sterilization
|Any amount of miasma<br>'''No water vapor'''
|443k
|1 mol of miasma
|1 mol of O2
|Any water vapor will stop the reation. Each mole of O2 synthetized will produce 40 research points up to a maximum of 400,000.
|-
!Stimball
|2 mols of pluoxonium<br>2 mols of stimulum<br>2 mols of plasma
|373k
|1 mol of pluoxonium<br>1 mol of stimulum<br>1 mol of plasma
|5 mols of NO2<br>'''DEATH'''
|Will continuously shoot radioactive nuclear particles in all directions.
|-
!Hexane
|Any amount of BZ<br>Any amount of hydrogen
|450k-465k
|0.25 mol of BZ<br>5 mols of hydrogen
|5.25 mols of hexane
|-
!Freon
|40 mols of plasma<br>20 mols of CO2<br>20 mols of BZ
|473k<br>higher temps improve the quantities reacting
|1.5 mols of plasma<br>0.75 mols of CO2<br>0.25 mols of BZ
|2.5 mols of freon
|
|-
!Halon
|Any amount of BZ<br>Any amount of tritium
|30k-55k
|0.25 mols of BZ<br>4 mols of tritium
|4.25 mols of halon
|The reaction will consume heat as it produce halon.
|-
!Healium
|Any amount of BZ<br>Any amount of freon
|25K-300
|0.25 mols of BZ<br>2.75 mols of freon
|3 mols of healium
|
|-
!Pluonium
|Any amount of pluoxonium<br>Any amount of H2
|5,000k-10,000k
|0.2 mols of pluoxonium<br>2 mols of H2
|2.2 mols of pluonium
|
|-
!Zauker
|Any amount of hypernoblium<br>Any amount of stimulum
|50,000k-75,000k
|0.01 mols of hypernoblium<br>O.5 mols of stimulum
|0.5 mols of zauker
|
|-
!Tritium Fire
|Any amount of tritium<br>Any amount of O2
|373k
|0.1 mols of tritium<br>1 mol of O2
|1 mol of water vapor
|Will cause a fire on the turf it happen.
|}

Nitryl/NO2: 
-Minimums: 20 mols O2, 20 mols N2, 5 mols N2O (not consumed), 22,380k min temp, better at higher temps. 
-Consumes 1 mol of O2 and N2 per 1 NO2

BZ: 
-Minimums: 10 mols N2O, 10 mols plasma, Temp unimportant(but affects pressure and thus efficiency), Lower pressure creates BZ faster.
- Consumes 1 mol N2O and 1 mols Plasma per 1 mol BZ

Stimulum:
-Minimums: 10 mol plasma, 20 mol bz (not consumed), 30 mol nitryl, 50,000k, better at higher temps
-Consumes 1 mol Plasma and 1 mol NO2 per 1 mol Stimulum, Produces 50 research points per mol up to a max of 500,000

Hyper Noblium:
-Minimums: 20 mols N2O, 10 mols Tritium, 5,000,000k
-Consumes: 10 mols of tritium and 20 mols of NO2 per 1 mol of Noblium, Produces 200 research points per mol up to a max of 2 million

Miaster (reaction not gas): 
-Minimums: APPARENTLY exists, 443k, any amount of miasma, no water in air
-1 mol of Miasma burns to form 1 mol oxygen, Produces research when this happens of 40 points, up to 400,000 (Time for science to abuse this)

Stimball (Gods help me for posting this):
Minimums: 2 mols Pluoxium, 2 mols Stimulum, 2 mols Plasma, 373k
Consumes: 1 mol Stimulum, 1 mol Pluoxium, 1 mol Plasma, Creates 5 mols NO2, and huge amounts of death.

Hexane:
Minimums: Bz, Hydrogen (any amount), 450k-465k (temp range)
Consumes: 5 mols hydrogen, .25 mols bz, produces 5.25 mols hexane

Metal Hydrogen: '''OUTDATED: PR#15333''' I'll need to check it for the up to date info though it's just number changes iirc
Minimums: 100 mols hydrogen, 5 mols BZ, 1e7k, pressure: 1e7
Consumes: 3.5 mols hydrogen, 0.01 mols BZ for an increasing probability at higher heats to form 1 metal hydrogen sheet

Freon:
Minimums: 40 mols plasma, 20 mols CO2, 20 mols BZ, 473k
Consumes: 1.5 mols plasma, 0.75 mols CO2, .25 mols BZ, per 2.5 mols Freon. Faster at higher temps.

Halon:
Minimums: bz,trit, (Any amount), 30k-55k (temp range)
Consumes: 4 mols tritium, .25 mols BZ, per 4.25 mols halon. (Consumes some heat on formation)

Healium:
Minimums: bz,freon (Any amount), 25k-300k (temp range)
Consumes: 2.75 mols freon, .25 mols bz, produces 3 mols healium

Pluonium:
Minimums: Pluoxium, H2, (Any amounts), 5,000k-10,000k (temp range)
Consumes: 2 mols hydrogen, .2 mols pluoxium, produces 2.2 mols pluonium

Zauker:
Minimums: HyperNoblium, Stimulum (Any amounts), 50,000k-75,000k (temp range)
Consumes: 0.01 mols hyper nob, 0.5 mols stimulum, produces .5 mols zauker

Hot-Ice: (NOT A REACTION, A BYPRODUCT OF FREON FIRE IN CERTAIN CONDITIONS)
Minimum: 1 mol freon 1 mol O2, 120k-160k
Consumes: 1 mol freon to (variable)mols O2, produces 1 hot ice, cools down area it was formed on.