Guide to Atmospherics - Revision history

Quacks: Added guides template and engi header to this page.

2022-10-02T07:39:23Z

Added guides template and engi header to this page.

← Older revision		Revision as of 07:39, 2 October 2022
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			{{Engineering Dept header}}
	This is the Guide to Atmospherics. When properly initialized, Atmosia can keep the station aired-up through nearly any emergency. Improperly initialized, it's a waste of space at best and an outright fire hazard at worst.		This is the Guide to Atmospherics. When properly initialized, Atmosia can keep the station aired-up through nearly any emergency. Improperly initialized, it's a waste of space at best and an outright fire hazard at worst.


	We will walk through this step by step, playing with various concepts. We will discuss the more practical aspects first, and then move on to gaseous synthesis, and finally to the why and how of atmospherics. By reading this guide you will learn how to transform Atmos from a waste of space to an actually useful addition. We will go through all kinds of theory, so this may be tough, but it will also ensure you know exactly how and more importantly '''how''' Atmos works the way it does, making you ready for all kinds of situations		We will walk through this step by step, playing with various concepts. We will discuss the more practical aspects first, and then move on to gaseous synthesis, and finally to the why and how of atmospherics. By reading this guide you will learn how to transform Atmos from a waste of space to an actually useful addition. We will go through all kinds of theory, so this may be tough, but it will also ensure you know exactly how and more importantly '''how''' Atmos works the way it does, making you ready for all kinds of situations
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	There is however, one exception: super hot turf based fires (incinerator springs to mind)		There is however, one exception: super hot turf based fires (incinerator springs to mind)
	As previously stated, superconduction is the interface between the turf level and the gas mixtures, the turfs are initialized at 20 degrees celcius and with a heat capacity of, well, practically infinite. This means that on every single instance of your gas mixture being hotter than 100 degrees celcius, it is sharing with the 20 degree celcius turf (losing heat, or why canisters fires are hotter than incinerator). This presents an extra challange for you, our dearest technician, in making very hot fires.		As previously stated, superconduction is the interface between the turf level and the gas mixtures, the turfs are initialized at 20 degrees celcius and with a heat capacity of, well, practically infinite. This means that on every single instance of your gas mixture being hotter than 100 degrees celcius, it is sharing with the 20 degree celcius turf (losing heat, or why canisters fires are hotter than incinerator). This presents an extra challange for you, our dearest technician, in making very hot fires.

			{{Guides
			\|color = #FF9D00
			}}

	[[Category:Guides]]		[[Category:Guides]]

Quacks: Changed a png to a gif

2022-07-07T09:10:28Z

Changed a png to a gif

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	\| style="text-align:right;" \|200		\| style="text-align:right;" \|200
	\|-		\|-
	\|[[File:PortableScrubber.~~png~~\|32px]] Portable Scrubber		\|[[File:PortableScrubber.gif\|32px]] Portable Scrubber
	\| style="text-align:right;" \|750		\| style="text-align:right;" \|750
	\|-		\|-

Quacks: Removed NR tag

2022-06-03T22:03:22Z

Removed NR tag

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	~~{{Needsrevision\|reason = Crystalizer recipes should be added to this guide}}~~
	This is the Guide to Atmospherics. When properly initialized, Atmosia can keep the station aired-up through nearly any emergency. Improperly initialized, it's a waste of space at best and an outright fire hazard at worst.		This is the Guide to Atmospherics. When properly initialized, Atmosia can keep the station aired-up through nearly any emergency. Improperly initialized, it's a waste of space at best and an outright fire hazard at worst.

Quacks: /* Atmospherics and The Station */ More Icon fixes

2022-06-03T15:41:02Z

Atmospherics and The Station: More Icon fixes

← Older revision		Revision as of 15:41, 3 June 2022
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	==Atmospherics and The Station==		==Atmospherics and The Station==
	Over the course of the shift, various parts of the station might regrettably [[Traitor \| explode]] and vent out your precious, precious air. This is where you come in. Grab your nearest metal or Rapid Construction Device [[File:Rcd_0.png]] and rush off to seal the breach. Grab adequate pressure and temperature protection if you have not. If your distribution loop is ready, refilling should be absolutely easy. Rush to the air alarm in the corresponding area and fill the air by interfacing with the Air Alarms [[File:AirAlarm.gif\|32px]]. You might expedite the process by setting the operating mode to "Refill" or even to turn off external pressure checks by manually setting each vents under "Vent Controls" to Internal and 0 kPa. Alternatively, hauling some canisters of air [[File:Air_Canister.png\|32px]], a portable pump filled with air [[File:PortablePump.png]], or even deploying a few Proto-Nitrate crystals [[File:Proto nitrate crystal.png\|32px]] if you've made some can all help refill the air even faster.		Over the course of the shift, various parts of the station might regrettably [[Traitor \| explode]] and vent out your precious, precious air. This is where you come in. Grab your nearest metal or Rapid Construction Device [[File:Rcd_0.png\|32px]] and rush off to seal the breach. Grab adequate pressure and temperature protection if you have not. If your distribution loop is ready, refilling should be absolutely easy. Rush to the air alarm in the corresponding area and fill the air by interfacing with the Air Alarms [[File:AirAlarm.gif\|32px]]. You might expedite the process by setting the operating mode to "Refill" or even to turn off external pressure checks by manually setting each vents under "Vent Controls" to Internal and 0 kPa. Alternatively, hauling some canisters of air [[File:Air_Canister.png\|32px]], a portable pump filled with air [[File:PortablePump.png\|32px]], or even deploying a few Proto-Nitrate crystals [[File:Proto nitrate crystal.png\|32px]] if you've made some can all help refill the air even faster.

	Over the course of the shift, the environment might become cold or hot too. Common sources of coldness include space and icemoon wind rushing in, check for [[Clown \|opened airlocks!]] Common sources of heat are usually gas combustion [[File:Plasma_Canister.png\|32px]] [[File:Tritium.png\|32px]][[File:Hydrogen_canister.png\|32px]] and Pyroclastic Anomalies. To combat the temperature problems, there are many things that you could do:		Over the course of the shift, the environment might become cold or hot too. Common sources of coldness include space and icemoon wind rushing in, check for [[Clown \|opened airlocks!]] Common sources of heat are usually gas combustion [[File:Plasma_Canister.png\|32px]] [[File:Tritium.png\|32px]][[File:Hydrogen_canister.png\|32px]] and Pyroclastic Anomalies. To combat the temperature problems, there are many things that you could do:
	* You could utilize Space Heaters [[File:SpaceHeater.png]]		* You could utilize Space Heaters [[File:SpaceHeater.png\|32px]]
	* You could cycle the air [[File:AirAlarm.gif\|32px]]; be it from the "Cycle" Operating Mode or from manually Panic Siphoning and setting the air to Refill.		* You could cycle the air [[File:AirAlarm.gif\|32px]]; be it from the "Cycle" Operating Mode or from manually Panic Siphoning and setting the air to Refill.
	* You could even build a thermomachine [[File:Freezer.gif]] and haul a portable pump [[File:PortablePump.png]] to a location and keep cycling the air locally. This will heat up or cool down the air very quickly.		* You could even build a thermomachine [[File:Freezer.gif\|32px]] and haul a portable pump [[File:PortablePump.png\|32px]] to a location and keep cycling the air locally. This will heat up or cool down the air very quickly.
	* Your trusty ATMOS Resin [[File:Waterbackpack_atmos.png]] will also set air to 20 degrees Celcius and might be of great use here, but keep in mind that it seals scrubbers and vents off.		* Your trusty ATMOS Resin [[File:Waterbackpack_atmos.png\|32px]] will also set air to 20 degrees Celcius and might be of great use here, but keep in mind that it seals scrubbers and vents off.
	* You also have the holofan [[File:Holofan.gif]] to prevent the cold from spreading further.		* You also have the holofan [[File:Holofan.gif\|32px]] to prevent the cold from spreading further.
	* If you've made them in the Crystallizer, Healium crystals [[File:Healium crystal.png\|32px]]are quick and effective at correcting temperature issues. Just activate and throw em in!		* If you've made them in the Crystallizer, Healium crystals [[File:Healium crystal.png\|32px]]are quick and effective at correcting temperature issues. Just activate and throw em in!

Quacks: /* ATMOS Holofan */ Icon fix

2022-06-03T15:40:04Z

ATMOS Holofan: Icon fix

← Older revision		Revision as of 15:40, 3 June 2022
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	===ATMOS Holofan===		===ATMOS Holofan===
	The holofan [[File:holofan.gif]]is a wonderful tool that can project up to 6 holographic barriers which block gas movement. You can use these holofans to isolate breaches, prevent a spill from getting worse, or even to do basic retooling of the atmospheric layout (such as using a holofan on a pressurized plasma pipe you are about to unwrench). Keep in mind however, that holofans does not block the superconduction (explained later) of hot gases and is less reliable in very high temperature environments, especially when fire is involved.		The holofan [[File:holofan.gif\|32px]]is a wonderful tool that can project up to 6 holographic barriers which block gas movement. You can use these holofans to isolate breaches, prevent a spill from getting worse, or even to do basic retooling of the atmospheric layout (such as using a holofan on a pressurized plasma pipe you are about to unwrench). Keep in mind however, that holofans does not block the superconduction (explained later) of hot gases and is less reliable in very high temperature environments, especially when fire is involved.

	==Atmospherics and The Station==		==Atmospherics and The Station==

Quacks: /* Analyzer / BreathDeep Catridge */ Icon fix

2022-06-03T15:39:52Z

Analyzer / BreathDeep Catridge: Icon fix

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	===Analyzer / BreathDeep Catridge===		===Analyzer / BreathDeep Catridge===
	Where the RPD is your sword, the Analyzer [[File:Analyzer.png]] is your eye. Use this in identifying various gases in various pipelines (more on pipelines later), in analyzing the air around you, in identifying problems, harmful gases, and other various atmospheric related occurances.		Where the RPD is your sword, the Analyzer [[File:Analyzer.png\|32px]] is your eye. Use this in identifying various gases in various pipelines (more on pipelines later), in analyzing the air around you, in identifying problems, harmful gases, and other various atmospheric related occurances.
	This is slightly less related to the job, but the Analyzer also has a barometric function; giving you information on incoming storms when Alt-Clicked on planetary environments.		This is slightly less related to the job, but the Analyzer also has a barometric function; giving you information on incoming storms when Alt-Clicked on planetary environments.

	{{anchor\|Atmos Resin}}		{{anchor\|Atmos Resin}}

	===ATMOS Resin===		===ATMOS Resin===
	The Backpack Firefighter Tank[[File:waterbackpack atmos.png]] can switch modes to launch transparent ATMOS resin instead of extinguisher. This resin has the following effects:		The Backpack Firefighter Tank[[File:waterbackpack atmos.png]] can switch modes to launch transparent ATMOS resin instead of extinguisher. This resin has the following effects:

Quacks: /* Thermomachines */ Added an icon to this header.

2022-06-03T14:52:25Z

Thermomachines: Added an icon to this header.

← Older revision		Revision as of 14:52, 3 June 2022
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	[[File:Atmos Thermal Readings.png\|200x100px\|thumb\|Purple is freezing, green is room temp, red is scorching hot.]]		[[File:Atmos Thermal Readings.png\|200x100px\|thumb\|Purple is freezing, green is room temp, red is scorching hot.]]

	==Thermomachines==		==[[File:Freezer.gif\|64px\|class=pixelart]] Thermomachines==
	Combined entity of freezer and heaters, thermomachines allow you to influence the temperatures of gases connected to it. Thermomachines heat or cool the gas in their port to the target temperature.		Combined entity of freezer and heaters, thermomachines allow you to influence the temperatures of gases connected to it. Thermomachines heat or cool the gas in their port to the target temperature.

Quacks: /* Atmospherics and The Station */ Minor icon fixes.

2022-06-02T23:58:27Z

Atmospherics and The Station: Minor icon fixes.

← Older revision		Revision as of 23:58, 2 June 2022
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	==Atmospherics and The Station==		==Atmospherics and The Station==
	Over the course of the shift, various parts of the station might regrettably [[Traitor \| explode]] and vent out your precious, precious air. This is where you come in. Grab your nearest metal or Rapid Construction Device [[File:Rcd_0.png]] and rush off to seal the breach. Grab adequate pressure and temperature protection if you have not. If your distribution loop is ready, refilling should be absolutely easy. Rush to the air alarm in the corresponding area and fill the air by interfacing with the Air Alarms [[File:AirAlarm.~~png~~]]. You might expedite the process by setting the operating mode to "Refill" or even to turn off external pressure checks by manually setting each vents under "Vent Controls" to Internal and 0 kPa. Alternatively, hauling some canisters of air [[File:Air_Canister.png]], a portable pump filled with air [[File:PortablePump.png]], or even deploying a few Proto-Nitrate crystals [[File:Proto nitrate crystal.png]] if you've made some can all help refill the air even faster.		Over the course of the shift, various parts of the station might regrettably [[Traitor \| explode]] and vent out your precious, precious air. This is where you come in. Grab your nearest metal or Rapid Construction Device [[File:Rcd_0.png]] and rush off to seal the breach. Grab adequate pressure and temperature protection if you have not. If your distribution loop is ready, refilling should be absolutely easy. Rush to the air alarm in the corresponding area and fill the air by interfacing with the Air Alarms [[File:AirAlarm.gif\|32px]]. You might expedite the process by setting the operating mode to "Refill" or even to turn off external pressure checks by manually setting each vents under "Vent Controls" to Internal and 0 kPa. Alternatively, hauling some canisters of air [[File:Air_Canister.png\|32px]], a portable pump filled with air [[File:PortablePump.png]], or even deploying a few Proto-Nitrate crystals [[File:Proto nitrate crystal.png\|32px]] if you've made some can all help refill the air even faster.

	Over the course of the shift, the environment might become cold or hot too. Common sources of coldness include space and icemoon wind rushing in, check for [[Clown \|opened airlocks!]] Common sources of heat are usually gas combustion [[File:Plasma_Canister.png]] [[File:Tritium.png]][[File:Hydrogen_canister.png]] and Pyroclastic Anomalies. To combat the temperature problems, there are many things that you could do:		Over the course of the shift, the environment might become cold or hot too. Common sources of coldness include space and icemoon wind rushing in, check for [[Clown \|opened airlocks!]] Common sources of heat are usually gas combustion [[File:Plasma_Canister.png\|32px]] [[File:Tritium.png\|32px]][[File:Hydrogen_canister.png\|32px]] and Pyroclastic Anomalies. To combat the temperature problems, there are many things that you could do:
	* You could utilize Space Heaters [[File:SpaceHeater.png]]		* You could utilize Space Heaters [[File:SpaceHeater.png]]
	* You could cycle the air [[File:AirAlarm.~~png~~]]; be it from the "Cycle" Operating Mode or from manually Panic Siphoning and setting the air to Refill.		* You could cycle the air [[File:AirAlarm.gif\|32px]]; be it from the "Cycle" Operating Mode or from manually Panic Siphoning and setting the air to Refill.
	* You could even build a thermomachine [[File:Freezer.gif]] and haul a portable pump [[File:PortablePump.png]] to a location and keep cycling the air locally. This will heat up or cool down the air very quickly.		* You could even build a thermomachine [[File:Freezer.gif]] and haul a portable pump [[File:PortablePump.png]] to a location and keep cycling the air locally. This will heat up or cool down the air very quickly.
	* Your trusty ATMOS Resin [[File:Waterbackpack_atmos.png]] will also set air to 20 degrees Celcius and might be of great use here, but keep in mind that it seals scrubbers and vents off.		* Your trusty ATMOS Resin [[File:Waterbackpack_atmos.png]] will also set air to 20 degrees Celcius and might be of great use here, but keep in mind that it seals scrubbers and vents off.
	* You also have the holofan [[File:Holofan.gif]] to prevent the cold from spreading further.		* You also have the holofan [[File:Holofan.gif]] to prevent the cold from spreading further.
	* If you've made them in the Crystallizer, Healium crystals [[File:Healium crystal.png]]are quick and effective at correcting temperature issues. Just activate and throw em in!		* If you've made them in the Crystallizer, Healium crystals [[File:Healium crystal.png\|32px]]are quick and effective at correcting temperature issues. Just activate and throw em in!

	You have great tools at your disposal, but also a great adversary to face. Good luck in your job as the Custodian of The Air!		You have great tools at your disposal, but also a great adversary to face. Good luck in your job as the Custodian of The Air!

Quacks: /* File:Crystallizer.pngCrystallizer */ File name change for plasma sheets

2022-06-01T16:45:15Z

File:Crystallizer.pngCrystallizer: File name change for plasma sheets

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	\|A sheet of diamond. Many crafting and manufacturing applications. Used thorough the station.		\|A sheet of diamond. Many crafting and manufacturing applications. Used thorough the station.
	\|-		\|-
	![[File:~~Plasmadone~~.~~png~~]]<br>Plasma Sheet		![[File:Plasma sheet.gif]]<br>Plasma Sheet
	\|450 moles of Plasma<br>15 moles of BZ<br>Temperature between 10K and 20K<br>Reaction will be exothermic		\|450 moles of Plasma<br>15 moles of BZ<br>Temperature between 10K and 20K<br>Reaction will be exothermic
	\|A sheet of plasma. Many crafting, manufacturing, and biological applications. Used thorough the station.		\|A sheet of plasma. Many crafting, manufacturing, and biological applications. Used thorough the station.

Quacks: /* Crystallizer */ Expanded the crystalizer table to now also show the recipes along with icons for each item.

2022-06-01T16:03:47Z

Crystallizer: Expanded the crystalizer table to now also show the recipes along with icons for each item.

← Older revision		Revision as of 16:03, 1 June 2022
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	Thermomachines need to have gas present inside it to properly cool or heat.		Thermomachines need to have gas present inside it to properly cool or heat.

	==Crystallizer==		==[[File:Crystallizer.png]]Crystallizer==
	The Crystallizer is a machine that allows gases to be solidified and made into various materials.		The Crystallizer is a machine that allows gases to be solidified and made into various materials.

	The working principle and gaseous requirements behind the crystallizer is rather simple and explained in the machine itself. You select a recipe, pump gases in using the input (green) port, meet the temperature requirements, and wait for the material to finish crafting. The red port is used for heat control, as it will conduct with the internal mix and influence the temperature. You have a 10% wiggle room for the temperature requirements, but straying too far from the optimal temperature will influence the final quality of the item produced. Quality affects the amount of gas consumed for each product produced, with higher qualities consuming less gas. The optimal temperature for any given recipe is the median between the lower and upper temperature bound. Stay as close as you can to the median value, and you'll be able to save up to 85% of the required gas if you manage to make the highest quality!		The working principle and gaseous requirements behind the crystallizer is rather simple and explained in the machine itself. You select a recipe, pump gases in using the input (green) port, meet the temperature requirements, and wait for the material to finish crafting. The red port is used for heat control, as it will conduct with the internal mix and influence the temperature. You have a 10% wiggle room for the temperature requirements, but straying too far from the optimal temperature will influence the final quality of the item produced. Quality affects the amount of gas consumed for each product produced, with higher qualities consuming less gas. The optimal temperature for any given recipe is the median between the lower and upper temperature bound. Stay as close as you can to the median value, and you'll be able to save up to 85% of the required gas if you manage to make the highest quality!

	~~It currently supports~~ the ~~production of~~:		The following items can be produced using the Crystalizer:

	{\| class="wikitable sortable mw-~~collapsible mw~~-~~collapsed~~"		{\|class="wikitable sortable" width="80%" style="background-color:#FF9D001e"
			\|-style="font-weight:bold; color: white; text-align:center;"
			! style='background-color:#FF9D00; width:125px;' \|Item
			! class="unsortable" style='background-color:#FF9D00;' width:200px; \|Recipe
			! class="unsortable" style='background-color:#FF9D00;' \|Description
	\|-		\|-
	!~~Item~~		![[File:Hyper_noblium_crystal.png]]<br>Hyper-Noblium Crystal
	~~!Properties~~		\|2000 moles of Oxygen<br>175 moles of Hyper-noblium<br>Temperature between 3K and 250K<br>Reaction will be endothermic
			\|A two use potion that can be used to pressure-proof two clothing items, turning them an icy blue color.
	\|-		\|-
	\| ~~Metallic~~ Hydrogen		![[File:Metal hydrogen sheet.png]]<br>Metallic Hydrogen
			\|300 moles of Hydrogen<br>50 moles of BZ<br>Temperature between 50000K and 150000K<br>Reaction will be endothermic
	\| A crafting material used for golems, axes, or the Elder Atmosian armor set.		\| A crafting material used for golems, axes, or the Elder Atmosian armor set.
	\|-		\|-
	~~\|Hyper-Noblium~~ Crystal		![[File:Healium crystal.png]]<br>Healium Crystal
	\|~~A two use potion that can~~ be ~~used to pressure-proof two clothing items, turning them an icy blue color.~~		\|100 moles of Healium<br>120 moles of Oxygen<br>50 moles of Plasma<br>Temperature between 200K and 400K<br>Reaction will be endothermic
	\|-
	~~\|Healium Crystal~~
	\|A grenade that can fix a large are of air to more reasonable temperatures. Good for firefighting and freezing temperatures.		\|A grenade that can fix a large are of air to more reasonable temperatures. Good for firefighting and freezing temperatures.
	\|-		\|-
	\|Proto-Nitrate Crystal		![[File:Proto nitrate crystal.png]]<br>Proto-Nitrate Crystal
			\|100 moles of Proto nitrate<br>80 mols of Nitrogen<br>80 mols of Oxygen<br>Temperature between 200K and 400K<br>Reaction will be exothermic
	\|A grenade that can refill a room with nitrogen and oxygen with a 8:3 split respectively.		\|A grenade that can refill a room with nitrogen and oxygen with a 8:3 split respectively.
	\|-		\|-
	~~\|Nitrous Oxide Crystal~~		![[File:Hot ice.gif]]<br>Hot Ice
	\|~~A grenade that~~ will ~~release Nitrous Oxide (Laughing Gas).~~		\|60 moles of Freon<br>160 moles of Plasma<br>80 moles of Oxygen<br>Temperature between 15K and 35K<br>Reaction will be endothermic
	\|-
	~~\|Hot Ice~~
	\|A material normally prodouced by freon combustion, also craftable with the Crystallizer.		\|A material normally prodouced by freon combustion, also craftable with the Crystallizer.
	When weldered or burnt, it rapidly releases a very hot and dense cloud of plasma gas.		When weldered or burnt, it rapidly releases a very hot and dense cloud of plasma gas.
	\|-		\|-
	\| Ammonia Crystal		![[File:Ammonia_Crystal.png]]<br>Ammonia Crystal
			\|50 moles of Hydrogen<br>40 moles of Nitrogen<br>Temperature between 200K and 240K<br>Reaction will be exothermic
	\|A material with not much use except for exporting. Makes 2 every time it's completed.		\|A material with not much use except for exporting. Makes 2 every time it's completed.
	\|-		\|-
	\|Supermatter Shard		![[File:Supermatter_shard.png]]<br>Supermatter Shard
			\|250 moles of Hyper-noblium<br>250 mols of Antinoblium<br>200 moles of BZ<br>5000 moles of Plasma<br>4500 moles of Oxygen<br>Temperature between 2.7K and 5K<br>Reaction will be exothermic
	\|\|A smaller version of the extremely dangerous Supermatter Crystal used for power generation.		\|\|A smaller version of the extremely dangerous Supermatter Crystal used for power generation.
	\|-		\|-
	\|Diamond		![[File:Nitrous_Oxide_Crystal.png]]<br>Nitrous Oxide Crystal
			\|150 mols of Nitrous Oxide<br>30 moles of BZ<br>Temperature between 50K and 350K<br>Reaction will be exothermic
			\|A grenade that will release Nitrous Oxide (Laughing Gas).
			\|-
			![[File:Diamonddone.png]]<br>Diamond
			\|1500 moles of Carbon dioxide<br>Temperature between 10000K and 30000K<br>Reaction will be exothermic
	\|A sheet of diamond. Many crafting and manufacturing applications. Used thorough the station.		\|A sheet of diamond. Many crafting and manufacturing applications. Used thorough the station.
	\|-		\|-
	\|Plasma ~~Sheet~~		![[File:Plasmadone.png]]<br>Plasma Sheet
			\|450 moles of Plasma<br>15 moles of BZ<br>Temperature between 10K and 20K<br>Reaction will be exothermic
	\|A sheet of plasma. Many crafting, manufacturing, and biological applications. Used thorough the station.		\|A sheet of plasma. Many crafting, manufacturing, and biological applications. Used thorough the station.
	\|-		\|-
	\|Crystal Cell		![[File:Crystal cell.png]]<br>Crystal Cell
			\|800 moles of Plasma<br>100 moles of Helium<br>50 moles of BZ<br>Temperature between 50K and 90K<br>Reaction will be endothermic
	\|A non rechargeable cell with a huge power capacity. Rated at 50 MJ.		\|A non rechargeable cell with a huge power capacity. Rated at 50 MJ.
	\|-		\|-
	\|~~Zaukerite~~		![[File:Zaukerite.png]]<br>Zaukerite
			\|5 moles of Antinoblium<br>20 moles of Zauker<br>7.5 moles of BZ<br>Temperature between 5K and 20K<br>Reaction will be exothermic
	\|A material without much use except for bragging rights. Makes 2 every time it's completed.		\|A material without much use except for bragging rights. Makes 2 every time it's completed.
	\|-		\|-
	\|~~Drone Fuel Pellets~~		![[File:Standard fuel pellet.png]]<br>Standard fuel pellet
	\|~~Three separate recipes that create Fuel cells~~ used for drone ~~explorations~~ in Cargo.		\|50 moles of Oxygen<br>100 moles of Plasma<br>Temperature between 2.7K and 1e+031K<br>Reaction will be endothermic
	~~Comes~~ in ~~three qualities denoting the difficulty~~ of ~~gases~~ used.		\|A fuel cell used for drone exploration in Cargo.
			\|-
			![[File:Advanced fuel pellet.png]]<br>Advanced fuel pellet
			\|100 moles of Tritium<br>100 moles of Hydrogen<br>Temperature between 2.7K and 1e+031K<br>Reaction will be endothermic
			\|A fuel cell used for drone exploration in Cargo.
			\|-
			![[File:Exotic fuel pellet.png]]<br>Exotic fuel pellet
			\|100 moles of Hyper-noblium<br>100 moles of Nitrium<br>Temperature between 2.7K and 1e+031K<br>Reaction will be endothermic
			\|A fuel cell used for drone exploration in Cargo.
	\|-		\|-
	\|Crystal Foam Grenade		![[File:Grenade.png]]<br>Crystal Foam Grenade
			\|150 moles of Carbon dioxide<br>100 moles of Nitrous Oxide<br>25 moles of Water vapor<br>Temperature between 2.7K and 1e+031K<br>Reaction will be exothermic
	\|A grenade that functions exactly like the standard Smart Metal Foam grenades that can be found roundstart.		\|A grenade that functions exactly like the standard Smart Metal Foam grenades that can be found roundstart.
	Extremely simple to make compared to most other recipes.		Extremely simple to make compared to most other recipes.
	\|-		\|-
	\|Nitrium ~~Crystal~~		![[File:Nitrium Crystal.png]]<br>Nitrium Crystal
			\|150 moles of Nitrium<br>70 moles of Oxygen<br>50 moles of BZ<br>Temperature between 10K and 25K<br>Reaction will be endothermic
	\|A grenade that on detonation releases a chemical smoke cloud containing chemical Nitrium and Nitrosyl Plasmide.		\|A grenade that on detonation releases a chemical smoke cloud containing chemical Nitrium and Nitrosyl Plasmide.
	\|-		\|-

← Older revision		Revision as of 15:41, 3 June 2022
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	==Atmospherics and The Station==		==Atmospherics and The Station==
	Over the course of the shift, various parts of the station might regrettably [[Traitor \| explode]] and vent out your precious, precious air. This is where you come in. Grab your nearest metal or Rapid Construction Device [[File:Rcd_0.png]] and rush off to seal the breach. Grab adequate pressure and temperature protection if you have not. If your distribution loop is ready, refilling should be absolutely easy. Rush to the air alarm in the corresponding area and fill the air by interfacing with the Air Alarms [[File:AirAlarm.gif\|32px]]. You might expedite the process by setting the operating mode to "Refill" or even to turn off external pressure checks by manually setting each vents under "Vent Controls" to Internal and 0 kPa. Alternatively, hauling some canisters of air [[File:Air_Canister.png\|32px]], a portable pump filled with air [[File:PortablePump.png]], or even deploying a few Proto-Nitrate crystals [[File:Proto nitrate crystal.png\|32px]] if you've made some can all help refill the air even faster.		Over the course of the shift, various parts of the station might regrettably [[Traitor \| explode]] and vent out your precious, precious air. This is where you come in. Grab your nearest metal or Rapid Construction Device [[File:Rcd_0.png\|32px]] and rush off to seal the breach. Grab adequate pressure and temperature protection if you have not. If your distribution loop is ready, refilling should be absolutely easy. Rush to the air alarm in the corresponding area and fill the air by interfacing with the Air Alarms [[File:AirAlarm.gif\|32px]]. You might expedite the process by setting the operating mode to "Refill" or even to turn off external pressure checks by manually setting each vents under "Vent Controls" to Internal and 0 kPa. Alternatively, hauling some canisters of air [[File:Air_Canister.png\|32px]], a portable pump filled with air [[File:PortablePump.png\|32px]], or even deploying a few Proto-Nitrate crystals [[File:Proto nitrate crystal.png\|32px]] if you've made some can all help refill the air even faster.

	Over the course of the shift, the environment might become cold or hot too. Common sources of coldness include space and icemoon wind rushing in, check for [[Clown \|opened airlocks!]] Common sources of heat are usually gas combustion [[File:Plasma_Canister.png\|32px]] [[File:Tritium.png\|32px]][[File:Hydrogen_canister.png\|32px]] and Pyroclastic Anomalies. To combat the temperature problems, there are many things that you could do:		Over the course of the shift, the environment might become cold or hot too. Common sources of coldness include space and icemoon wind rushing in, check for [[Clown \|opened airlocks!]] Common sources of heat are usually gas combustion [[File:Plasma_Canister.png\|32px]] [[File:Tritium.png\|32px]][[File:Hydrogen_canister.png\|32px]] and Pyroclastic Anomalies. To combat the temperature problems, there are many things that you could do:
	* You could utilize Space Heaters [[File:SpaceHeater.png]]		* You could utilize Space Heaters [[File:SpaceHeater.png\|32px]]
	* You could cycle the air [[File:AirAlarm.gif\|32px]]; be it from the "Cycle" Operating Mode or from manually Panic Siphoning and setting the air to Refill.		* You could cycle the air [[File:AirAlarm.gif\|32px]]; be it from the "Cycle" Operating Mode or from manually Panic Siphoning and setting the air to Refill.
	* You could even build a thermomachine [[File:Freezer.gif]] and haul a portable pump [[File:PortablePump.png]] to a location and keep cycling the air locally. This will heat up or cool down the air very quickly.		* You could even build a thermomachine [[File:Freezer.gif\|32px]] and haul a portable pump [[File:PortablePump.png\|32px]] to a location and keep cycling the air locally. This will heat up or cool down the air very quickly.
	* Your trusty ATMOS Resin [[File:Waterbackpack_atmos.png]] will also set air to 20 degrees Celcius and might be of great use here, but keep in mind that it seals scrubbers and vents off.		* Your trusty ATMOS Resin [[File:Waterbackpack_atmos.png\|32px]] will also set air to 20 degrees Celcius and might be of great use here, but keep in mind that it seals scrubbers and vents off.
	* You also have the holofan [[File:Holofan.gif]] to prevent the cold from spreading further.		* You also have the holofan [[File:Holofan.gif\|32px]] to prevent the cold from spreading further.
	* If you've made them in the Crystallizer, Healium crystals [[File:Healium crystal.png\|32px]]are quick and effective at correcting temperature issues. Just activate and throw em in!		* If you've made them in the Crystallizer, Healium crystals [[File:Healium crystal.png\|32px]]are quick and effective at correcting temperature issues. Just activate and throw em in!