Chemistry/Components: различия между версиями

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Строка 15: Строка 15:
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!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Ash}}Ash<span style="color:#515151;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Пепел|Ash}}Ash<span style="color:#515151;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 6.5<span style="color:#4cb849;background-color:white">▮</span>
<br>pH: 6.5<span style="color:#4cb849;background-color:white">▮</span>
|{{RecursiveChem/Ash}}
|{{RecursiveChem/Ash}}
|<b>Min temp:</b> 480K
|<b>Мин. темп.:</b> 480K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>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.
|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.
<div class="toccolours mw-collapsible mw-collapsed">
<div class="toccolours mw-collapsible mw-collapsed">
Used in:
Используется в:
<div class="mw-collapsible-content">
<div class="mw-collapsible-content">
[[#Lye|Lye]], [[#Multiver|Multiver]] and [[#Plastic Sheets|Plastic Sheets]].  
[[#Lye|Lye]], [[#Multiver|Multiver]] and [[#Plastic Sheets|Plastic Sheets]].  
Строка 34: Строка 34:
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!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Oil}}Oil<span style="color:#2D2D2D;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Oil}}Oil<span style="color:#2D2D2D;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 4<span style="color:#f7ec1e;background-color:white">▮</span>
<br>pH: 4<span style="color:#f7ec1e;background-color:white">▮</span>
|{{RecursiveChem/Oil}}
|{{RecursiveChem/Oil}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|Can be heated into [[#Ash|Ash]]. Can be scooped up from destroyed cyborgs and such. Flammable. Ingredient in many recipes.  
|Can be heated into [[#Ash|Ash]]. Can be scooped up from destroyed cyborgs and such. Flammable. Ingredient in many recipes.  
<div class="toccolours mw-collapsible mw-collapsed">
<div class="toccolours mw-collapsible mw-collapsed">
Used in:
Используется в:
<div class="mw-collapsible-content">
<div class="mw-collapsible-content">
[[#Phenol|Phenol]], [[#Acetone|Acetone]], [[#Convermol|Convermol]], [[#Ephedrine|Ephedrine]], [[#Diphenhydramine|Diphenhydramine]], [[#Miner's Salve|Miner's Salve]], [[#Haloperidol|Haloperidol]], [[#Napalm|Napalm]], [[#Plastic Sheets|Plastic Sheets]], [[#Spray Tan|Spray Tan]] and [[#Cyanide|Cyanide]].  
[[#Phenol|Phenol]], [[#Acetone|Acetone]], [[#Convermol|Convermol]], [[#Ephedrine|Ephedrine]], [[#Diphenhydramine|Diphenhydramine]], [[#Miner's Salve|Miner's Salve]], [[#Haloperidol|Haloperidol]], [[#Napalm|Napalm]], [[#Plastic Sheets|Plastic Sheets]], [[#Spray Tan|Spray Tan]] and [[#Cyanide|Cyanide]].  
Строка 52: Строка 52:
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!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Acetone}}Acetone<span style="color:#AF14B7;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Acetone}}Acetone<span style="color:#AF14B7;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
|{{RecursiveChem/Acetone}}
|{{RecursiveChem/Acetone}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|Ingredient in many recipes.  
|Ingredient in many recipes.  
<div class="toccolours mw-collapsible mw-collapsed">
<div class="toccolours mw-collapsible mw-collapsed">
Used in:
Используется в:
<div class="mw-collapsible-content">
<div class="mw-collapsible-content">
[[#Cryoxadone|Cryoxadone]], [[#Atropine|Atropine]], [[#Mutadone|Mutadone]], [[#Epinephrine|Epinephrine]], [[#Probital|Probital]], [[#Tirimol|Tirimol]]  [[#Smart Foaming Agent|Smart Foaming Agent]], [[#Sulfonal|Sulfonal]], [[#Modafinil|Modafinil]], [[#Acetaldehyde|Acetaldehyde]], [[#Acetone_Oxide|Acetone Oxide]] and [[#Neurine|Neurine]].
[[#Cryoxadone|Cryoxadone]], [[#Atropine|Atropine]], [[#Mutadone|Mutadone]], [[#Epinephrine|Epinephrine]], [[#Probital|Probital]], [[#Tirimol|Tirimol]]  [[#Smart Foaming Agent|Smart Foaming Agent]], [[#Sulfonal|Sulfonal]], [[#Modafinil|Modafinil]], [[#Acetaldehyde|Acetaldehyde]], [[#Acetone_Oxide|Acetone Oxide]] and [[#Neurine|Neurine]].
Строка 70: Строка 70:
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!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Diethylamine}}Diethylamine<span style="color:#604030;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Diethylamine}}Diethylamine<span style="color:#604030;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 12<span style="color:#5a51a2;background-color:white">▮</span>
<br>pH: 12<span style="color:#5a51a2;background-color:white">▮</span>
|{{RecursiveChem/Diethylamine}}
|{{RecursiveChem/Diethylamine}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|A very potent [[Guide_to_hydroponics#Diethylamine|fertilizer]]. Ingredient in many recipes.  
|A very potent [[Guide_to_hydroponics#Diethylamine|fertilizer]]. Ingredient in many recipes.  
<div class="toccolours mw-collapsible mw-collapsed">
<div class="toccolours mw-collapsible mw-collapsed">
Used in:
Используется в:
<div class="mw-collapsible-content">
<div class="mw-collapsible-content">
[[#Atropine|Atropine]], [[#Ephedrine|Ephedrine]], [[#Diphenhydramine|Diphenhydramine]], [[#Epinephrine|Epinephrine]], [[#Modafinil|Modafinil]], [[#Meth Explosion|Meth Explosion]] and [[#Lipolicide|Lipolicide]].
[[#Atropine|Atropine]], [[#Ephedrine|Ephedrine]], [[#Diphenhydramine|Diphenhydramine]], [[#Epinephrine|Epinephrine]], [[#Modafinil|Modafinil]], [[#Meth Explosion|Meth Explosion]] and [[#Lipolicide|Lipolicide]].
Строка 88: Строка 88:
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!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Phenol}}Phenol<span style="color:#E7EA91;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Phenol}}Phenol<span style="color:#E7EA91;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 5.5<span style="color:#b5d335;background-color:white">▮</span>
<br>pH: 5.5<span style="color:#b5d335;background-color:white">▮</span>
|{{RecursiveChem/Phenol}}
|{{RecursiveChem/Phenol}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ producing
<br>H+ producing
|Ingredient in many recipes.  
|Ingredient in many recipes.  
<div class="toccolours mw-collapsible mw-collapsed">
<div class="toccolours mw-collapsible mw-collapsed">
Used in:
Используется в:
<div class="mw-collapsible-content">
<div class="mw-collapsible-content">
[[#Salicylic Acid|Salicylic Acid]], [[#Oxandrolone|Oxandrolone]], [[#Atropine|Atropine]], [[#Epinephrine|Epinephrine]], [[#Libital|Libital]], [[#Higadrite|Higadrite]] and [[#Modafinil|Modafinil]].
[[#Salicylic Acid|Salicylic Acid]], [[#Oxandrolone|Oxandrolone]], [[#Atropine|Atropine]], [[#Epinephrine|Epinephrine]], [[#Libital|Libital]], [[#Higadrite|Higadrite]] and [[#Modafinil|Modafinil]].
Строка 106: Строка 106:
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!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Ammonia}}Ammonia<span style="color:#404030;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Ammonia}}Ammonia<span style="color:#404030;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 11.6<span style="color:#3853a4;background-color:white">▮</span>
<br>pH: 11.6<span style="color:#3853a4;background-color:white">▮</span>
|{{RecursiveChem/Ammonia}}
|{{RecursiveChem/Ammonia}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 1 to 12
<br><b>Оптимальный pH:</b> 1 to 12
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|An effective [[Guide_to_hydroponics#Ammonia|fertilizer]]. Ingredient in many recipes. (Results in 3 units instead of 4)
|An effective [[Guide_to_hydroponics#Ammonia|fertilizer]]. Ingredient in many recipes. (Results in 3 units instead of 4)
<div class="toccolours mw-collapsible mw-collapsed">
<div class="toccolours mw-collapsible mw-collapsed">
Used in:
Используется в:
<div class="mw-collapsible-content">
<div class="mw-collapsible-content">
[[#Diethylamine|Diethylamine]], [[#Aiuri|Aiuri]], [[#Salbutamol|Salbutamol]], [[#Pentetic Acid|Pentetic Acid]], [[#Modafinil|Modafinil]], [[#Nitrous Oxide|Nitrous Oxide]], [[#Space Cleaner|Space Cleaner]], [[#Cyanide|Cyanide]], [[#Itching Powder|Itching Powder]] and [[#Weed Killer|Weed Killer]].
[[#Diethylamine|Diethylamine]], [[#Aiuri|Aiuri]], [[#Salbutamol|Salbutamol]], [[#Pentetic Acid|Pentetic Acid]], [[#Modafinil|Modafinil]], [[#Nitrous Oxide|Nitrous Oxide]], [[#Space Cleaner|Space Cleaner]], [[#Cyanide|Cyanide]], [[#Itching Powder|Itching Powder]] and [[#Weed Killer|Weed Killer]].
Строка 124: Строка 124:
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!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Saltpetre}}Saltpetre<span style="color:#60A584;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Saltpetre}}Saltpetre<span style="color:#60A584;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 11.2<span style="color:#3853a4;background-color:white">▮</span>
<br>pH: 11.2<span style="color:#3853a4;background-color:white">▮</span>
|{{RecursiveChem/Saltpetre}}
|{{RecursiveChem/Saltpetre}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|Works as a [[Guide_to_hydroponics#Saltpetre|fertilizer]]. Ingredient in a few recipes. (Results in 3 units instead of 5)
|Works as a [[Guide_to_hydroponics#Saltpetre|fertilizer]]. Ingredient in a few recipes. (Results in 3 units instead of 5)
<div class="toccolours mw-collapsible mw-collapsed">
<div class="toccolours mw-collapsible mw-collapsed">
Used in:
Используется в:
<div class="mw-collapsible-content">
<div class="mw-collapsible-content">
[[#Bath Salts|Bath Salts]] and [[#Gunpowder|Gunpowder]].  
[[#Bath Salts|Bath Salts]] and [[#Gunpowder|Gunpowder]].  
Строка 144: Строка 144:
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
|{{RecursiveChem/Sodium Chloride}}
|{{RecursiveChem/Sodium Chloride}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ producing
<br>H+ producing
|Commonly known as table salt, Sodium Chloride is often used to season food.<br>
|Commonly known as table salt, Sodium Chloride is often used to season food.<br>
Строка 154: Строка 154:
|-
|-
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Lye}}Lye<span style="color:#FFFFD6;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Lye}}Lye<span style="color:#FFFFD6;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 11.9<span style="color:#3853a4;background-color:white">▮</span>
<br>pH: 11.9<span style="color:#3853a4;background-color:white">▮</span>
|{{RecursiveChem/Lye}}
|{{RecursiveChem/Lye}}
|<b>Min temp:</b> 10K
|<b>Мин. темп.:</b> 10K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|Ingredient in [[#Soap|Soap]].
|Ingredient in [[#Soap|Soap]].
|-
|-
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Lye2}}Lye<span style="color:#FFFFD6;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Lye2}}Lye<span style="color:#FFFFD6;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 11.9<span style="color:#3853a4;background-color:white">▮</span>
<br>pH: 11.9<span style="color:#3853a4;background-color:white">▮</span>
|{{RecursiveChem/Lye_Alt}}
|{{RecursiveChem/Lye_Alt}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|Ingredient in [[#Soap|Soap]]. (Results in 2 units instead of 3)
|Ingredient in [[#Soap|Soap]]. (Results in 2 units instead of 3)
|-
|-
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Hydrogen Peroxide}}Hydrogen Peroxide<span style="color:#AAAAAA77;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Hydrogen Peroxide}}Hydrogen Peroxide<span style="color:#AAAAAA77;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 6.2<span style="color:#4cb849;background-color:white">▮</span>
<br>pH: 6.2<span style="color:#4cb849;background-color:white">▮</span>
|{{RecursiveChem/Hydrogen Peroxide}}
|{{RecursiveChem/Hydrogen Peroxide}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ producing
<br>H+ producing
|Burns people on touch.
|Burns people on touch.
|-
|-
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Pentaerythritol}}Pentaerythritol<span style="color:#E66FFF;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Pentaerythritol}}Pentaerythritol<span style="color:#E66FFF;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
|{{RecursiveChem/Pentaerythritol}}
|{{RecursiveChem/Pentaerythritol}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|Results in 2 units instead of 5.
|Results in 2 units instead of 5.
|-
|-
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Acetaldehyde}}Acetaldehyde<span style="color:#EEEEEF;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Acetaldehyde}}Acetaldehyde<span style="color:#EEEEEF;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
|{{RecursiveChem/Acetaldehyde}}
|{{RecursiveChem/Acetaldehyde}}
|<b>Min temp:</b> 450K
|<b>Мин. темп.:</b> 450K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ consuming
<br>H+ consuming
|
|
|-
|-
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Acetone Oxide}}Acetone Oxide<span style="color:#C8A5DC;background-color:white">▮</span>
!style='background-color:{{ColorPalette|Yellow|Secondary}};'|{{anchor|Acetone Oxide}}Acetone Oxide<span style="color:#C8A5DC;background-color:white">▮</span>
<br>Inverse: [[#Toxic Monomers|Toxic Monomers]] <25%
<br>Инверсия: [[#Toxic Monomers|Токсичные мономеры]] <25%
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
<br>pH: 7<span style="color:#3aa651;background-color:white">▮</span>
|{{RecursiveChem/Acetone Oxide}}
|{{RecursiveChem/Acetone Oxide}}
|<b>Min temp:</b> 100K
|<b>Мин. темп.:</b> 100K
<br><b>Overheat:</b> 900K
<br><b>Перегрев:</b> 900K
<br><b>Optimal pH:</b> 5 to 9
<br><b>Оптимальный pH:</b> 5 to 9
<br><b>Unstable purity:</b> <15%
<br><b>Нестабильная чистота:</b> <15%
<br>Weakly Exothermic
<br>Слабо экзотермический
<br>H+ producing
<br>H+ producing
|Burns people badly on touch. (Results in 2 units instead of 4)
|Burns people badly on touch. (Results in 2 units instead of 4)

Версия от 15:29, 12 ноября 2024

Чтобы посмотреть остальные реагенты, доступные на /tg/station, перейдите по ссылке Guide to chemistry


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


Инверсия: Токсичные мономеры <25%
pH: 6.5

1 × Oil
1 × Welding Fuel

1 × Carbon

1 × Hydrogen

Температура 480K

Мин. темп.: 480K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
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.

Используется в:

Oil


Инверсия: Токсичные мономеры <25%
pH: 4

1 × Welding Fuel

1 × Carbon
1 × Hydrogen

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

Can be heated into Ash. Can be scooped up from destroyed cyborgs and such. Flammable. Ingredient in many recipes.
Acetone


Инверсия: Токсичные мономеры <25%
pH: 7

1 × Oil
1 × Welding Fuel

1 × Carbon

1 × Hydrogen

1 × Welding Fuel
1 × Oxygen

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

Ingredient in many recipes.
Diethylamine


Инверсия: Токсичные мономеры <25%
pH: 12

1 × Ammonia
3 × Hydrogen
1 × Nitrogen

1 × Ethanol

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

A very potent fertilizer. Ingredient in many recipes.
Phenol


Инверсия: Токсичные мономеры <25%
pH: 5.5

1 × Oil
1 × Welding Fuel

1 × Carbon

1 × Hydrogen

1 × Chlorine
1 × Water

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ producing

Ingredient in many recipes.

Используется в:

Ammonia


Инверсия: Токсичные мономеры <25%
pH: 11.6

3 × Hydrogen

1 × Nitrogen

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 1 to 12
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

An effective fertilizer. Ingredient in many recipes. (Results in 3 units instead of 4)
Saltpetre


Инверсия: Токсичные мономеры <25%
pH: 11.2

3 × Oxygen

1 × Potassium
1 × Nitrogen

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

Works as a fertilizer. Ingredient in a few recipes. (Results in 3 units instead of 5)

Используется в:

Sodium Chloride


pH: 7

1 × Sodium

1 × Chlorine

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
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


Инверсия: Токсичные мономеры <25%
pH: 11.9

1 × Sodium

1 × Hydrogen
1 × Oxygen

Мин. темп.: 10K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

Ingredient in Soap.
Lye


Инверсия: Токсичные мономеры <25%
pH: 11.9

1 × Ash
1 × Oil
1 × Welding Fuel

1 × Carbon

1 × Hydrogen

Температура 480K

1 × Water
1 × Carbon

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

Ingredient in Soap. (Results in 2 units instead of 3)
Hydrogen Peroxide


Инверсия: Токсичные мономеры <25%
pH: 6.2

1 × Chlorine

1 × Oxygen
1 × Water

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ producing

Burns people on touch.
Pentaerythritol


Инверсия: Токсичные мономеры <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

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

Results in 2 units instead of 5.
Acetaldehyde


Инверсия: Токсичные мономеры <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

Мин. темп.: 450K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
H+ consuming

Acetone Oxide


Инверсия: Токсичные мономеры <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

Мин. темп.: 100K


Перегрев: 900K
Оптимальный pH: 5 to 9
Нестабильная чистота: <15%
Слабо экзотермический
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.