Pipes - Revision history

Maintenance script: Fix broken headlines from translation cleanup

2026-03-08T17:40:15Z

Fix broken headlines from translation cleanup

← Older revision		Revision as of 17:40, 8 March 2026
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	You need 1x Pipe kit for every odd connection in the same grid cell, i.e. one kit for placing the basic 2-end section, one kit to add a 3rd end, and one extra for a 5-ended junction. Pipes can be uninstalled or merged using the [[Wrench]]. Uninstalling damaged pipe segments will reset their damage state. Pipes that have suffered burst due to stress can also be removed or replaced the same way, but the destroyed segment will not be recovered.		You need 1x Pipe kit for every odd connection in the same grid cell, i.e. one kit for placing the basic 2-end section, one kit to add a 3rd end, and one extra for a 5-ended junction. Pipes can be uninstalled or merged using the [[Wrench]]. Uninstalling damaged pipe segments will reset their damage state. Pipes that have suffered burst due to stress can also be removed or replaced the same way, but the destroyed segment will not be recovered.

	=== Properties === * Gas pipes have a mechanical pressure differential limit of 60,795 kPa (60 MPa). Pipes will become audibly stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa (80% of the differential limit). If the pressure differential will rise further beyond the differential limit, a random pipe segment in the network (or the previously damaged segment if present) will begin to take damage continuously. If the damage on that segment reaches 100%, it bursts and exposes its contents to the outside space. Greater excess of pressure past the differential limit means greater damage per tick.		=== Properties ===
			* Gas pipes have a mechanical pressure differential limit of 60,795 kPa (60 MPa). Pipes will become audibly stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa (80% of the differential limit). If the pressure differential will rise further beyond the differential limit, a random pipe segment in the network (or the previously damaged segment if present) will begin to take damage continuously. If the damage on that segment reaches 100%, it bursts and exposes its contents to the outside space. Greater excess of pressure past the differential limit means greater damage per tick.
	* Pipes will also be stressed if a Liquid enters them. Excessive amount of liquids will lead to damage and eventual burst. For handling liquids, use [[Kit (Liquid Pipe)]] instead.		* Pipes will also be stressed if a Liquid enters them. Excessive amount of liquids will lead to damage and eventual burst. For handling liquids, use [[Kit (Liquid Pipe)]] instead.
	<code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>		<code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>
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	* Note, that any portable devices with much lower pressure differential limit (such as [[Canister]] or [[Portable Gas Tank]]) connected to the pipe network via corresponding mounting attachments will become the "weakest link" of the whole network and will always burst long before pipes would endure any stress. Mounting attachments themselves do not incur that weakness.		* Note, that any portable devices with much lower pressure differential limit (such as [[Canister]] or [[Portable Gas Tank]]) connected to the pipe network via corresponding mounting attachments will become the "weakest link" of the whole network and will always burst long before pipes would endure any stress. Mounting attachments themselves do not incur that weakness.

	==Variations== Pipes can be painted individually or by the stack with a [[Spray Can]] or a loaded [[Spray Gun]]. This consumes a single 'use' of the paint either way, making it more efficient to paint a full stack before deployment. Pipes can also be stacked together regardless of color (either manually or through dismantling), which will convert them to the color of the target stack for free.		==Variations==
			Pipes can be painted individually or by the stack with a [[Spray Can]] or a loaded [[Spray Gun]]. This consumes a single 'use' of the paint either way, making it more efficient to paint a full stack before deployment. Pipes can also be stacked together regardless of color (either manually or through dismantling), which will convert them to the color of the target stack for free.

	===Insulated===		===Insulated===

Maintenance script: Remove translation markup (automated)

2026-03-08T17:18:54Z

Remove translation markup (automated)

← Older revision		Revision as of 17:18, 8 March 2026
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	~~<languages />~~
	~~<translate>~~
	~~<!--T:1-->~~
	[[Category:Atmospherics]]		[[Category:Atmospherics]]
	{{Itembox		{{Itembox
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	You need 1x Pipe kit for every odd connection in the same grid cell, i.e. one kit for placing the basic 2-end section, one kit to add a 3rd end, and one extra for a 5-ended junction. Pipes can be uninstalled or merged using the [[Wrench]]. Uninstalling damaged pipe segments will reset their damage state. Pipes that have suffered burst due to stress can also be removed or replaced the same way, but the destroyed segment will not be recovered.		You need 1x Pipe kit for every odd connection in the same grid cell, i.e. one kit for placing the basic 2-end section, one kit to add a 3rd end, and one extra for a 5-ended junction. Pipes can be uninstalled or merged using the [[Wrench]]. Uninstalling damaged pipe segments will reset their damage state. Pipes that have suffered burst due to stress can also be removed or replaced the same way, but the destroyed segment will not be recovered.

	=== Properties === ~~<!--T:2-->~~		=== Properties === * Gas pipes have a mechanical pressure differential limit of 60,795 kPa (60 MPa). Pipes will become audibly stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa (80% of the differential limit). If the pressure differential will rise further beyond the differential limit, a random pipe segment in the network (or the previously damaged segment if present) will begin to take damage continuously. If the damage on that segment reaches 100%, it bursts and exposes its contents to the outside space. Greater excess of pressure past the differential limit means greater damage per tick.

	~~<!--T:3-->~~
	* Gas pipes have a mechanical pressure differential limit of 60,795 kPa (60 MPa). Pipes will become audibly stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa (80% of the differential limit). If the pressure differential will rise further beyond the differential limit, a random pipe segment in the network (or the previously damaged segment if present) will begin to take damage continuously. If the damage on that segment reaches 100%, it bursts and exposes its contents to the outside space. Greater excess of pressure past the differential limit means greater damage per tick.
	* Pipes will also be stressed if a Liquid enters them. Excessive amount of liquids will lead to damage and eventual burst. For handling liquids, use [[Kit (Liquid Pipe)]] instead.		* Pipes will also be stressed if a Liquid enters them. Excessive amount of liquids will lead to damage and eventual burst. For handling liquids, use [[Kit (Liquid Pipe)]] instead.
	<code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>		<code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>
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	* Note, that any portable devices with much lower pressure differential limit (such as [[Canister]] or [[Portable Gas Tank]]) connected to the pipe network via corresponding mounting attachments will become the "weakest link" of the whole network and will always burst long before pipes would endure any stress. Mounting attachments themselves do not incur that weakness.		* Note, that any portable devices with much lower pressure differential limit (such as [[Canister]] or [[Portable Gas Tank]]) connected to the pipe network via corresponding mounting attachments will become the "weakest link" of the whole network and will always burst long before pipes would endure any stress. Mounting attachments themselves do not incur that weakness.

	==Variations== ~~<!--T:3-->~~		==Variations== Pipes can be painted individually or by the stack with a [[Spray Can]] or a loaded [[Spray Gun]]. This consumes a single 'use' of the paint either way, making it more efficient to paint a full stack before deployment. Pipes can also be stacked together regardless of color (either manually or through dismantling), which will convert them to the color of the target stack for free.
	Pipes can be painted individually or by the stack with a [[Spray Can]] or a loaded [[Spray Gun]]. This consumes a single 'use' of the paint either way, making it more efficient to paint a full stack before deployment. Pipes can also be stacked together regardless of color (either manually or through dismantling), which will convert them to the color of the target stack for free.

	===Insulated===		===Insulated===
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	Image: ItemInsulatedPipeCrossJunction4.png \| 4-Way Corner		Image: ItemInsulatedPipeCrossJunction4.png \| 4-Way Corner
	</gallery>		</gallery>

	~~</translate>~~

188.68.106.223 at 05:55, 20 May 2025

2025-05-20T05:55:21Z

← Older revision		Revision as of 05:55, 20 May 2025
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	<!--T:3-->		<!--T:3-->
	* Gas pipes have a mechanical pressure differential limit of 60,795 kPa (60 MPa). Pipes will become audibly stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa (80% of the differential limit). If the pressure differential will rise further beyond the differential limit, a random pipe segment in the network (or the previously damaged segment if present) will begin to take damage continuously. If the damage on that segment reaches 100%, it bursts and exposes its contents to the outside space.		* Gas pipes have a mechanical pressure differential limit of 60,795 kPa (60 MPa). Pipes will become audibly stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa (80% of the differential limit). If the pressure differential will rise further beyond the differential limit, a random pipe segment in the network (or the previously damaged segment if present) will begin to take damage continuously. If the damage on that segment reaches 100%, it bursts and exposes its contents to the outside space. Greater excess of pressure past the differential limit means greater damage per tick.
	* Pipes will also be stressed if a Liquid enters them. Excessive amount of liquids will ~~also~~ lead to damage and eventual burst. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code> ~~For handling liquids, use [[Kit (Liquid Pipe)]] instead.~~		* Pipes will also be stressed if a Liquid enters them. Excessive amount of liquids will lead to damage and eventual burst. For handling liquids, use [[Kit (Liquid Pipe)]] instead.
	* While having a free hand, hovering over a pipe segment allows you to inspect it, which will show you a tooltip telling if the pipe network is overpressurized, contains a liquid substance, and if the exact pipe segment is damaged to any of these circumstances currently or previously having a detrimental effect.		<code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>
			* While having a free hand, hovering over a pipe segment allows you to inspect it, which will show you a tooltip telling if the pipe network is overpressurized, contains a liquid substance, and if the exact pipe segment is/was damaged to any of these circumstances currently or previously having a detrimental effect.
	* Removing segments from the middle of an existing pipe network will split it into two new networks, distributing the contents relative to their new volumes.		* Removing segments from the middle of an existing pipe network will split it into two new networks, distributing the contents relative to their new volumes.
	* Removing segments from a terminal end of a pipe network will subtract the volume while maintaining the substance content. This can lead to inadverted over-pressurization, therefore it is advised to remove any content before doing this.		* Removing segments from a terminal end of a pipe network will subtract the volume while maintaining the substance content. This can lead to inadverted over-pressurization and condensation, therefore it is advised to remove any content before doing this.
	* If the last segment of the pipe is removed, the pipe network is erased, together with any content it have held. This technically can be exploited to remove unwanted substances frome existence, but might be changed in future updates to yield a different result. Abuse at your own ~~risk~~.		* If the last segment of the pipe is removed, the pipe network is erased, together with any content it have held. This technically can be exploited to remove unwanted substances frome existence, but might be changed in future updates to yield a different result. Abuse at your own discretion.
			* Note, that any portable devices with much lower pressure differential limit (such as [[Canister]] or [[Portable Gas Tank]]) connected to the pipe network via corresponding mounting attachments will become the "weakest link" of the whole network and will always burst long before pipes would endure any stress. Mounting attachments themselves do not incur that weakness.

	==Variations== <!--T:3-->		==Variations== <!--T:3-->
	~~Can~~ be painted individually or by the stack with [[Spray Can]]. (consumes a single 'use' of the ~~can~~ either way, ~~far~~ more efficient to paint a full stack)		Pipes can be painted individually or by the stack with a [[Spray Can]] or a loaded [[Spray Gun]]. This consumes a single 'use' of the paint either way, making it more efficient to paint a full stack before deployment. Pipes can also be stacked together regardless of color (either manually or through dismantling), which will convert them to the color of the target stack for free.

	===Insulated===		===Insulated===
	Insulated pipes stop the exchange of heat between the pipe and it's surrounding environment		Insulated pipes stop the exchange of heat between the pipe and it's surrounding environment. All intermediate devices (such as [[Pipe Valve]]s or [[Pressure Regulator]]s) are visually based on regular pipes, but have no pipe network of their own, thus will not convect any temperature either if placed between two insulated pipes.

	Pipes:		Pipes:

188.68.106.223 at 05:24, 20 May 2025

2025-05-20T05:24:27Z

← Older revision		Revision as of 05:24, 20 May 2025
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	You need 1x Pipe kit for every odd connection in the same grid cell, i.e. one kit for placing the basic 2-end section, one kit to add a 3rd end, and one extra for a 5-ended junction. Pipes can be uninstalled or merged using the [[Wrench]]. Uninstalling damaged pipe segments will reset their damage state. Pipes that have suffered burst due to stress can also be removed or replaced the same way, but the destroyed segment will not be recovered.		You need 1x Pipe kit for every odd connection in the same grid cell, i.e. one kit for placing the basic 2-end section, one kit to add a 3rd end, and one extra for a 5-ended junction. Pipes can be uninstalled or merged using the [[Wrench]]. Uninstalling damaged pipe segments will reset their damage state. Pipes that have suffered burst due to stress can also be removed or replaced the same way, but the destroyed segment will not be recovered.

	=== ~~Tips~~ === <!--T:2-->		=== Properties === <!--T:2-->

	<!--T:3-->		<!--T:3-->
	* ~~Pipes can store some gas inside of them, which can be used with small airlocks to store gas when depressurizing~~		* Gas pipes have a mechanical pressure differential limit of 60,795 kPa (60 MPa). Pipes will become audibly stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa (80% of the differential limit). If the pressure differential will rise further beyond the differential limit, a random pipe segment in the network (or the previously damaged segment if present) will begin to take damage continuously. If the damage on that segment reaches 100%, it bursts and exposes its contents to the outside space.
	* Pipes will burst if the pressure differential ~~between the inside pressure and outside atmosphere is greater than~~ 60,795 kPa (60 MPa) ~~(plus a random check to allow for short bursts over this limit)~~		* Pipes will also be stressed if a Liquid enters them. Excessive amount of liquids will also lead to damage and eventual burst. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code> For handling liquids, use [[Kit (Liquid Pipe)]] instead.
	* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa~~. This equals to~~ 80% of the ~~burst~~ pressure.		* While having a free hand, hovering over a pipe segment allows you to inspect it, which will show you a tooltip telling if the pipe network is overpressurized, contains a liquid substance, and if the exact pipe segment is damaged to any of these circumstances currently or previously having a detrimental effect.
	* Pipes will also be stressed if a Liquid enters them. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>		* Removing segments from the middle of an existing pipe network will split it into two new networks, distributing the contents relative to their new volumes.
	*		* Removing segments from a terminal end of a pipe network will subtract the volume while maintaining the substance content. This can lead to inadverted over-pressurization, therefore it is advised to remove any content before doing this.
	* If a pipe ~~bursts~~ the ~~rollover text will tell you why~~.		* If the last segment of the pipe is removed, the pipe network is erased, together with any content it have held. This technically can be exploited to remove unwanted substances frome existence, but might be changed in future updates to yield a different result. Abuse at your own risk.

	==Variations== <!--T:3-->		==Variations== <!--T:3-->

188.68.106.223 at 13:16, 19 May 2025

2025-05-19T13:16:20Z

← Older revision		Revision as of 13:16, 19 May 2025
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	\| createdwith = [[Hydraulic Pipe Bender]]		\| createdwith = [[Hydraulic Pipe Bender]]
	}}		}}
	Pipes are used to transport gas. Pipes are one of the possible types of inputs/outputs from a structure (the others being [[Cables]], [[Chutes]], and [[Kit (Liquid Pipe)]]).		Pipes are used to transport gas. Pipes are one of the possible types of inputs/outputs from a structure (the others being [[Cables]], [[Chutes]], and [[Kit (Liquid Pipe)]]). Similar to other logistic elements, a contiguous pipeline (not interrupted by valves, regulators, pumps etc.) of any length and shape will constitute a unified "pipe network". This network will always have the same pressure, temperature and mixture over its entire volume. No matter at what point of the pipe you're introducing new gases into the pipe network, they will be instantly distributed over the entire pipe. Pressure and temperature will be interpolated from the present and the introduced gases to acquire the single shared value for the entire network. Machines and devices which interact with such a network through a pipe socket '''must''' be connected via pipe segment - you cannot attach them to the pipe network using other pipe-related devices or components.

			You need 1x Pipe kit for every odd connection in the same grid cell, i.e. one kit for placing the basic 2-end section, one kit to add a 3rd end, and one extra for a 5-ended junction. Pipes can be uninstalled or merged using the [[Wrench]]. Uninstalling damaged pipe segments will reset their damage state. Pipes that have suffered burst due to stress can also be removed or replaced the same way, but the destroyed segment will not be recovered.

	=== Tips === <!--T:2-->		=== Tips === <!--T:2-->
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	* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa. This equals to 80% of the burst pressure.		* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa. This equals to 80% of the burst pressure.
	* Pipes will also be stressed if a Liquid enters them. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>		* Pipes will also be stressed if a Liquid enters them. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>
	* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.		*
	* If a pipe bursts the rollover text will tell you why.		* If a pipe bursts the rollover text will tell you why.

Ams: add tip

2025-04-28T08:30:46Z

add tip

← Older revision		Revision as of 08:30, 28 April 2025
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	* Pipes will also be stressed if a Liquid enters them. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>		* Pipes will also be stressed if a Liquid enters them. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>
	* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.		* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.
			* If a pipe bursts the rollover text will tell you why.

	==Variations== <!--T:3-->		==Variations== <!--T:3-->

31.201.121.201 at 14:14, 13 September 2024

2024-09-13T14:14:31Z

← Older revision		Revision as of 14:14, 13 September 2024
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	<translate>		<translate>
	<!--T:1-->		<!--T:1-->
	~~<Date mise a jour (19/05/2024"14:59)~~
	[[Category:Atmospherics]]		[[Category:Atmospherics]]
	{{Itembox		{{Itembox
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	\| createdwith = [[Hydraulic Pipe Bender]]		\| createdwith = [[Hydraulic Pipe Bender]]
	}}		}}


	Pipes are used to transport gas. Pipes are one of the possible types of inputs/outputs from a structure (the others being [[Cables]], [[Chutes]], and [[Kit (Liquid Pipe)]]).		Pipes are used to transport gas. Pipes are one of the possible types of inputs/outputs from a structure (the others being [[Cables]], [[Chutes]], and [[Kit (Liquid Pipe)]]).

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	<!--T:3-->		<!--T:3-->
	* Pipes can store some gas inside of them, which can be used with small airlocks to store gas when depressurizing		* Pipes can store some gas inside of them, which can be used with small airlocks to store gas when depressurizing
	* Pipes will burst if the pressure differential between the inside pressure and outside atmosphere is greater than 60,~~795KPa~~ (~~60MPa~~) (plus a random check to allow for short bursts over this limit)		* Pipes will burst if the pressure differential between the inside pressure and outside atmosphere is greater than 60,795 kPa (60 MPa) (plus a random check to allow for short bursts over this limit)
	* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,~~636kPa~~. This equals to 80% of the burst pressure.		* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636 kPa. This equals to 80% of the burst pressure.
	* Pipes will also be stressed if a Liquid enters them. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>		* Pipes will also be stressed if a Liquid enters them. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>
	* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.		* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.

31.201.121.201 at 14:00, 13 September 2024

2024-09-13T14:00:00Z

← Older revision		Revision as of 14:00, 13 September 2024
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	* Pipes can store some gas inside of them, which can be used with small airlocks to store gas when depressurizing		* Pipes can store some gas inside of them, which can be used with small airlocks to store gas when depressurizing
	* Pipes will burst if the pressure differential between the inside pressure and outside atmosphere is greater than 60,795KPa (60MPa) (plus a random check to allow for short bursts over this limit)		* Pipes will burst if the pressure differential between the inside pressure and outside atmosphere is greater than 60,795KPa (60MPa) (plus a random check to allow for short bursts over this limit)
	* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636kPa.		* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636kPa. This equals to 80% of the burst pressure.
	* Pipes will also be stressed if a Liquid enters them. ~~(further research required as to when)~~		* Pipes will also be stressed if a Liquid enters them. <code>Stress in % = 5000 x "liters of liquid" / "pipe network volume"</code>
	* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.		* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.

KlingonIAG:
2024-05-19T13:02:31Z

<Date mise a jour (19/05/2024"14:59

← Older revision Revision as of 13:02, 19 May 2024
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<translate>
<translate>




<Date mise a jour (19/05/2024"14:59)

[[Category:Atmospherics]]
[[Category:Atmospherics]]

{{Itembox
{{Itembox

GoldIDm: Added Stress on Liquid

2024-01-29T21:31:13Z

Added Stress on Liquid

← Older revision		Revision as of 21:31, 29 January 2024
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	* Pipes will burst if the pressure differential between the inside pressure and outside atmosphere is greater than 60,795KPa (60MPa) (plus a random check to allow for short bursts over this limit)		* Pipes will burst if the pressure differential between the inside pressure and outside atmosphere is greater than 60,795KPa (60MPa) (plus a random check to allow for short bursts over this limit)
	* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636kPa.		* Pipes will be stressed (make a noise) when the pressure difference between inside and outside the pipe is greater than 48,636kPa.
			* Pipes will also be stressed if a Liquid enters them. (further research required as to when)
	* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.		* A contiguous pipe (not interrupted by valves, regulators, pumps etc.) of any length, will always have the same pressure, temperature and mixture over its entire length. No matter at what point of the pipe you're introducing new gases into the pipe, they will instantly and evenly "average out" over the entire pipe.

← Older revision		Revision as of 13:02, 19 May 2024
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	<translate>		<translate>
	<!--T:1-->		<!--T:1-->
			<Date mise a jour (19/05/2024"14:59)
	[[Category:Atmospherics]]		[[Category:Atmospherics]]
	{{Itembox		{{Itembox