Guide to the Supermatter

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Assigned to:Quacks

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Understanding the gasses

Name	Base export value	Specific heat	Fusion Power	Reaction temperature	Heat penalty	Transmission Modifier	Gasmix power ratio	Safety	Notes
Oxygen	0.2	20	none		1	1.5	1	Moderate Risk	Oxygen often dangerous due to it's (explosive) reactive nature with other gasses.
Nitrogen	0.1	20	none		-1.5		-1	Very Safe	Nitrogen activelly cools the Supermatter crystal, making it extremely safe to use for beginers.
Carbon Dioxide	0.2	30	none		0.1		1	Moderate Risk	Has a unique reaction with the Supermatter crystal, reducing power loss over time, allowing higher EER levels.
Plasma	2	200	none	373.15 K	15	4		High Risk	Risky when combined with oxygen due to the risk of plasma fires, however, it also has a very high specific heat giving it excellent cooling properties.
Water Vapor	0.5	40	8		12	2		EXTREME	Will rapidly cause the Supermatter to rapidly overheat and explode! Also appears to reduce power level.
Nitrous Oxide	3	40	10	1400 K				Moderate Risk	This gas provides a moderate amount of heat resistance, with a coefficient of 6. However, it will react into nitrogen and oxygen at 1400 Kelvin, which will likely cause plasma fires inside the supermatter chaimber.
Hyper-noblium	5	2000	10					Very Safe	Has no interaction with the crystal, stops gasses from reacting to prevent fires, and has an insanely high specific heat. The only problem is you're probably never going to get your hands on any of it.
Tritium	5	10	5	373.15 K	10	30	1	EXTREME	Extremely dagerous due to it's combustable nature and low specific heat.
Nitryl	5	20	none					None
BZ	2	20	8		5	-2	1	Safe to Moderate	Directly increases the transmission of your gas composition.
Pluoxium	5	80	-10		-0.5	-5	-1	Safe
Miasma	2	20	none		none	none	0.5	Safe	Increases power generation as it is consumed by the crystal. How? Miasma is actually a fine particulate, so the particles hitting the supermatter cases them to disintegrate, energizing the crystal.
Freon	15	600	-5		-10	(-100%)	-1	Very Safe	Cools the engine quickly, but completely stops power generation if it makes up more than 3% of the gas composition.
Hydrogen	1	15	2	373.15 K	10	25	1	High Risk	Essentially the (slightly) less dangerous younger brother of Tritium, providing a heat resistance coefficient of 2.
Healium	19	10	none		4	2.4	1	Moderate Risk	I cannot find a single documented case of anyone actually putting this in the Supermatter.
Proto Nitrate	5	30	none		-3	15	1	Very Safe	Provides crystal heat resistance coefficient of 5, a power transmisson bonus, and it actively cools the Supermater. Suffers from the drawback of lack of availability.
Zauker	100	350	none		8	20	1	High Risk	I cannot find a single documented case of anyone actually putting this in the Supermatter.
Helium	6	15	7					Unknown
Antinoblium	10	1	20					Unknown
Stimulum	100		none					Unknown
Halon	9	175	none

Setting up the Supermatter for beginners

If you're not doing anything fancy, there aren't many things you need to do right off the bat. Contrary to popular belief, you don't need some crazy external cooling setup to make it work. The default setup is (mostly) good enough.

Intermediate Supermatter setup

As long as you're not easily distracted and you don't have a short attention span, the intermediate supermatter setups are actually really simple. There's only one key thing to remember, keep the gasses cool! Notice how all of the flamable gases ignite at 373K, (or 100C)? As long as you never go over 373K, you'll never have a fire! Easy!

The best way to prevent overheating is keeping a close eye on the emitters. If your temperature starts to rise past, say, 200K, shut everything down!

There any only two sources of heat, the crystal itself dissipating heat from the emitters, and fire. If you eliminate the first source of heat, the system will always naturally cool itself down.