Смешивание газов

In the process of being merged into Атмосферный Техник#Газы.

WIP: All content listed below is still in the testing phase and is subject to change.

Азот

Азотный Газ(N2)

Газообразный азот бесцветен и не заметен глазу. Газообразный азот совершенно безвреден сам по себе, и его можно безопасно вдыхать, пока присутствует достаточное количество кислорода. Газообразный азот смешивается с газообразным кислородом для создания воздуха. Стандартная воздушная смесь состоит из примерно 79% азота и 21% кислорода.

Персонажи-слизи дышат азотом (не кислородом). Когда в воздухе недостаточно азота, они начинают задыхаться от кислородного голодания.

Азот очень хорошо тушит пожары. Полномасштабное пламя плазмы и кислорода можно потушить за секунды, если закачать небольшое количество газообразного азота.

Oxygen

Oxygen(O2)

Oxygen gas is colorless and undetectable to the eye. Oxygen gas is completely harmless on its own and can be safely breathed in by non-slime characters. Oxygen gas is mixed with Nitrogen gas to create air. About 79% nitrogen to 21% oxygen is the standard air mix. As the oxygen levels in the air lower non-slime characters will begin to gasp. This usually happens around 18-19 moles of oxygen. Anything lower than around 15 moles of oxygen at standard temperature and pressure will cause you to take Airloss damage.

While alive, your character will slowly convert oxygen gas in the atmosphere into carbon dioxide. If a character spends a lot of time in a room make sure the oxygen levels are being replenished either by an air vent or by opening adjacent airlocks to nearby hallways to balance out the air levels.

Oxygen gas is not flammable on its own and will not burn unless plasma or other flammable gas is mixed in with it. A standard burn mix is 66% oxygen and 33% plasma. A higher oxygen to plasma ratio will result in a hotter burning fire. Fires require oxygen to burn, remove all the oxygen from a fire and it will burn out.

Carbon Dioxide

Carbon dioxide(C02)

Carbon dioxide is colorless and undetectable to the eye. At high consecrations carbon dioxide becomes harmful and will cause toxin poison damage. Carbon dioxide will start to cause damage at 5 moles and will deal increasingly more damage as the moles increase. Carbon dioxide is often found mixed in the air around the station. Your character will slowly convert oxygen into carbon dioxide while alive.

Water Vapor

Water Vapor

Water vapor can be clearly seen as steam. the intensity of visible steam depends on the concentration of water vapor present in the air. Water vapor is completely harmless and can safely be breathed in by most species on the station as long as there is adequate oxygen levels present.

Water is harmful to slimepeople. Water vapor will damage slimes once integrated and they begin to properly metabolize water vapor into water.

Plasma

Plasma

Plasma gas glows a pinkish purple and is visible in the air even at low amounts. Breathing in plasma gas is harmful to your character and will give you poison toxin damage depending on the concentration of plasma in the air.

Plasma gas is extremely flammable but on its own will not burn. A room full of pure plasma will not burn if heat is brought into contact. Plasma requires an oxygenated room for combustion. Plasmafires burn oxygen and plasma to produce fire, heat, and waste gases. A plasma fire will quickly deplete the room of oxygen and will burn itself out if no more oxygen is supplied to feed the fire.

Tritium

Tritium is a high price gas formed by the combustion of oxygen with ignited plasma.

Nitrous Oxide

Nitrous Oxide(N20)

Foam

Foam may infrequently seep out of air vents as a yellow cloud. Try to avoid breathing in foam, if possible, by moving out of range of the air vent or putting on a mask + oxygen tank and turning on Internal flow via the tank.

Miasma

Miasma is a gas generated by corpses / Rat King. It looks like a black wave / shimmer. In large amounts it is dangerous to characters.

Frezon

A blue gas with a very high value To make it, you need to mix cold tritium and oxygen in a nitrogen-filled chamber.