Chemistry/Components

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Компоненты

Это очень простые химические вещества, которые вы будете использовать во многих других, более сложных химикатах. Однако они все равно могут быть токсичными

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Name	Formula	Reaction conditions	Description
Ash▮ Inverse: Toxic Monomers <25% pH: 6.5▮	1 × Oil 1 × Welding Fuel 1 × Carbon 1 × Hydrogen Температура 480K	Min temp: 480K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming	Ingredient in a few recipes. Can also be aquired by lighting a piece of paper on fire and scooping up the resulting ashes with a beaker. 30u per paper. Used in: Lye, Multiver and Plastic Sheets.
Oil▮ Inverse: Toxic Monomers <25% pH: 4▮	1 × Welding Fuel 1 × Carbon 1 × Hydrogen	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming	Can be heated into Ash. Can be scooped up from destroyed cyborgs and such. Flammable. Ingredient in many recipes. Used in: Phenol, Acetone, Convermol, Ephedrine, Diphenhydramine, Miner's Salve, Haloperidol, Napalm, Plastic Sheets, Spray Tan and Cyanide.
Acetone▮ Inverse: Toxic Monomers <25% pH: 7▮	1 × Oil 1 × Welding Fuel 1 × Carbon 1 × Hydrogen 1 × Welding Fuel 1 × Oxygen	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming	Ingredient in many recipes. Used in: Cryoxadone, Atropine, Mutadone, Epinephrine, Probital, Tirimol Smart Foaming Agent, Sulfonal, Modafinil, Acetaldehyde, Acetone Oxide and Neurine.
Diethylamine▮ Inverse: Toxic Monomers <25% pH: 12▮	1 × Ammonia 3 × Hydrogen 1 × Nitrogen 1 × Ethanol	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming	A very potent fertilizer. Ingredient in many recipes. Used in: Atropine, Ephedrine, Diphenhydramine, Epinephrine, Modafinil, Meth Explosion and Lipolicide.
Phenol▮ Inverse: Toxic Monomers <25% pH: 5.5▮	1 × Oil 1 × Welding Fuel 1 × Carbon 1 × Hydrogen 1 × Chlorine 1 × Water	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ producing	Ingredient in many recipes. Used in: Salicylic Acid, Oxandrolone, Atropine, Epinephrine, Libital, Higadrite and Modafinil.
Ammonia▮ Inverse: Toxic Monomers <25% pH: 11.6▮	3 × Hydrogen 1 × Nitrogen	Min temp: 100K Overheat: 900K Optimal pH: 1 to 12 Unstable purity: <15% Weakly Exothermic H+ consuming	An effective fertilizer. Ingredient in many recipes. (Results in 3 units instead of 4) Used in: Diethylamine, Aiuri, Salbutamol, Pentetic Acid, Modafinil, Nitrous Oxide, Space Cleaner, Cyanide, Itching Powder and Weed Killer.
Saltpetre▮ Inverse: Toxic Monomers <25% pH: 11.2▮	3 × Oxygen 1 × Potassium 1 × Nitrogen	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming	Works as a fertilizer. Ingredient in a few recipes. (Results in 3 units instead of 5) Used in: Bath Salts and Gunpowder.
Sodium Chloride▮ pH: 7▮	1 × Sodium 1 × Chlorine	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ producing	Commonly known as table salt, Sodium Chloride is often used to season food. Special uses include messing with Revenants - they can't jaunt through salt piles.
Lye▮ Inverse: Toxic Monomers <25% pH: 11.9▮	1 × Sodium 1 × Hydrogen 1 × Oxygen	Min temp: 10K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming	Ingredient in Soap.
Lye▮ Inverse: Toxic Monomers <25% pH: 11.9▮	1 × Ash 1 × Oil 1 × Welding Fuel 1 × Carbon 1 × Hydrogen Температура 480K 1 × Water 1 × Carbon	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming	Ingredient in Soap. (Results in 2 units instead of 3)
Hydrogen Peroxide▮ Inverse: Toxic Monomers <25% pH: 6.2▮	1 × Chlorine 1 × Oxygen 1 × Water	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ producing	Burns people on touch.
Pentaerythritol▮ Inverse: Toxic Monomers <25% pH: 7▮	1 × Acetaldehyde 1 × Acetone 1 × Oil 1 × Welding Fuel 1 × Carbon 1 × Hydrogen 1 × Welding Fuel 1 × Oxygen 1 × Formaldehyde 1 × Ethanol 1 × Oxygen 1 × Silver Температура 420K 1 × Water Temperature 450K 3 × Formaldehyde 1 × Ethanol 1 × Oxygen 1 × Silver Температура 420K 1 × Lye 1 × Sodium 1 × Hydrogen 1 × Oxygen	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming	Results in 2 units instead of 5.
Acetaldehyde▮ Inverse: Toxic Monomers <25% pH: 7▮	1 × Acetone 1 × Oil 1 × Welding Fuel 1 × Carbon 1 × Hydrogen 1 × Welding Fuel 1 × Oxygen 1 × Formaldehyde 1 × Ethanol 1 × Oxygen 1 × Silver Температура 420K 1 × Water Temperature 450K	Min temp: 450K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ consuming
Acetone Oxide▮ Inverse: Toxic Monomers <25% pH: 7▮	2 × Acetone 1 × Oil 1 × Welding Fuel 1 × Carbon 1 × Hydrogen 1 × Welding Fuel 1 × Oxygen 1 × Hydrogen Peroxide 1 × Chlorine 1 × Oxygen 1 × Water 1 × Oxygen	Min temp: 100K Overheat: 900K Optimal pH: 5 to 9 Unstable purity: <15% Weakly Exothermic H+ producing	Burns people badly on touch. (Results in 2 units instead of 4)
Wittel ▮	Добыча из Гейзера с помощью liquid pump.	N/A	A lavaland geyser has a 1 in 27 chance to produce Wittel. Does nothing, but can be used to make Gravitum.
Hyper-Plasmium Oxide ▮	Добыча из Гейзера с помощью liquid pump.	N/A	A lavaland geyser has a chance to produce this. Does nothing, but can be used to make Exotic Stabilizer.
Exotic Stabilizer ▮	1 × Hyper-Plasmium Oxide Добыча из Гейзера с помощью liquid pump. 1 × Stabilizing Agent 1 × Iron 1 × Oxygen 1 × Hydrogen	N/A	Is required to stabilize Nitroglycerin and TaTP.