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
• I should also go over the various devices and such to make sure it's all good.

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?)

Name	Gasses required	Temperature/pressure required	Consume	Produce	Notes
Nytril/NO2	20 mols of O2 20 mols of N2 5 mols of N2O	22,380k min higher temps improve the quantities reacting	1 mol of O2 1 mol of N2	1 mol of NO2
BZ	10 mols of N2O 10 mols of plasma	No temp requirement lower pressures improve the quantities reacting	1 mol of N2O 1 mol of plasma	1 mol of BZ
Stimulum	10 mols of plasma 20 mols of bz 30 mols of NO2	50,00k higher temps improve the quantities reacting	1 mol of plasma 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 20 mols of tritium	5,000,000k	20 mols of N2O 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 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 2 mols of stimulum 2 mols of plasma	373k	1 mol of pluoxonium 1 mol of stimulum 1 mol of plasma	5 mols of NO2 DEATH	Will continuously shoot radioactive nuclear particles in all directions.
Hexane	Any amount of BZ Any amount of hydrogen	450k-465k	0.25 mol of BZ 5 mols of hydrogen	5.25 mols of hexane
Freon	40 mols of plasma 20 mols of CO2 20 mols of BZ	473k higher temps improve the quantities reacting	1.5 mols of plasma 0.75 mols of CO2 0.25 mols of BZ	2.5 mols of freon
Halon	Any amount of BZ Any amount of tritium	30k-55k	0.25 mols of BZ 4 mols of tritium	4.25 mols of halon	The reaction will consume heat as it produce halon.
Healium	Any amount of BZ Any amount of freon	25K-300	0.25 mols of BZ 2.75 mols of freon	3 mols of healium

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: 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.