Vacuum subsystem - Revision history

Apm: /* Lockout stations – airlocks – cleanroomlocks */

2021-08-21T16:11:47Z

Lockout stations – airlocks – cleanroomlocks

← Older revision		Revision as of 18:11, 21 August 2021
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	== Lockout stations – airlocks – cleanroomlocks ==		== Lockout stations – airlocks – cleanroomlocks ==

	Lockout stations may be situated well along the transport tracks.		Lockout stations may be situated well along the transport tracks ([[routing level]]s).
	* Many on the slow side before "track fusion" or		* Many on the slow side before "track fusion" or
	* Few on the fast side after the "track fusion"		* Few on the fast side after the "track fusion"

Apm: basic page

2021-08-21T16:10:41Z

basic page

@@ Line 1: / Line 1: @@
 {{stub}}
-Cooling / heating heatpump systems would likely be integrated in the back-walls as <br>
+== Lockout stations – airlocks – cleanroomlocks ==
-externally solid-state internally other-state (see: [[machine phase organized other phases]]) pellet system in <br>
-[[superlube tubes]] with good thermal contact and low friction transport. <br>
+Lockout stations may be situated well along the transport tracks.
-Quite well factored apart form the geometry of the [[molecular mills]] and larger assembly robotics.
+* Many on the slow side before "track fusion" or
------
+* Few on the fast side after the "track fusion"
-* Heat very much likes to flow across diamond and diamond like compounds.
-* Heat does very much not like to flow across vacuum. Only transmission via IR light there.
+It should be quite easy to factor the vacuum system apart from the other systems.
-=> Design of molecular mills be influenced by considerations about thermal flow and internal reflection of phonons.
-----
+* Lock-out can be done without letting single molecule of stray gas in.
-* [[Chemomechanical converters]] or other stuff in the power system may need cooling.
+* Lock-in not so much. See: [[Vacuum lockout]]
-* [[piezochemistry|Piezochemical reactions]] must be kept cool
+There might be a deeper physical reason behind this asymmetry relating to entropy ...
-* Recuperation of thermal energy is likely desirable - the "[[thermal sandwich]]"
 == Related ==
@@ Line 18: / Line 59: @@
 * Up: '''[[Subsystems of gem-gum factories]]'''
 * [[Vacuum lockout]]
-* [[Diamondoid heat pipe system]]
+* Cleanroom locks

Apm: /* Related */ added link to Subsystems of gem-gum factories

2021-08-21T15:24:24Z

Related: added link to Subsystems of gem-gum factories

← Older revision		Revision as of 17:24, 21 August 2021
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	== Related ==		== Related ==

			* Up: '''[[Subsystems of gem-gum factories]]'''
	* [[Vacuum lockout]]		* [[Vacuum lockout]]
	* [[Diamondoid heat pipe system]]		* [[Diamondoid heat pipe system]]

Apm: basic page

2021-08-21T15:23:30Z

basic page

New page

{{stub}}

Cooling / heating heatpump systems would likely be integrated in the back-walls as <br>
externally solid-state internally other-state (see: [[machine phase organized other phases]]) pellet system in <br>
[[superlube tubes]] with good thermal contact and low friction transport. <br>
Quite well factored apart form the geometry of the [[molecular mills]] and larger assembly robotics.
-----
* Heat very much likes to flow across diamond and diamond like compounds.
* Heat does very much not like to flow across vacuum. Only transmission via IR light there.
=> Design of molecular mills be influenced by considerations about thermal flow and internal reflection of phonons.
----
* [[Chemomechanical converters]] or other stuff in the power system may need cooling.
* [[piezochemistry|Piezochemical reactions]] must be kept cool
* Recuperation of thermal energy is likely desirable - the "[[thermal sandwich]]"

== Related ==

* [[Vacuum lockout]]
* [[Diamondoid heat pipe system]]
* [[Diamondoid heat pump system]]
* [[Thermal metamaterial]]
* [[Thermal energy transport]]
* [[Entropomechanical converter]] & [[Entropic energy]]
* [[Machine phase organized other phases]]