Thermodynamic potentials - Revision history

Apm: /* Temperature */ added link to yet unwritten page: Nanofactory cooling sandwich

2021-03-27T20:02:46Z

Temperature: added link to yet unwritten page: Nanofactory cooling sandwich

← Older revision		Revision as of 22:02, 27 March 2021
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	there should be plenty of time for heat equilibration and '''this should behave rather isotherm (to check)'''.		there should be plenty of time for heat equilibration and '''this should behave rather isotherm (to check)'''.

	This is all overlays to an [[cooling system]] which's		This is all overlays to an [[Nanofactory cooling sandwich\|cooling system]] which's
	* main purpose is to set a temperature far below room temperature for lower placement error rates and which		* main purpose is to set a temperature far below room temperature for lower placement error rates and which
	* has to deal with eventual dissipation heat removal even if passive cooling (or no cooling) would suffice		* has to deal with eventual dissipation heat removal even if passive cooling (or no cooling) would suffice

2021-03-27T19:59:00Z

Temperature: added 3 links to gemstone stuff

← Older revision		Revision as of 21:59, 27 March 2021
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	Thermal connection mechanisms to a heat bath are		Thermal connection mechanisms to a heat bath are
	* phonons (and electrons) in diamondoid structures to the frame and the frame		* phonons (and electrons) in [[diamondoid]] structures to the frame and the frame
	* radiation heat		* radiation heat

	Given		Given
	* the relatively slow operation speeds of mechanosynthesis mills in the MHz range		* the relatively slow operation speeds of mechanosynthesis mills in the MHz range
	* the high heat conductivity of gemstones like diamond and moissanite		* the high heat conductivity of gemstones like [[diamond]] and [[moissanite]]
	there should be plenty of time for heat equilibration and '''this should behave rather isotherm (to check)'''.		there should be plenty of time for heat equilibration and '''this should behave rather isotherm (to check)'''.

2021-03-27T19:56:57Z

Force applying mechanochemistry: removed spurious redundant though

← Older revision		Revision as of 21:56, 27 March 2021
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	= Force applying mechanochemistry =		= Force applying mechanochemistry =

	Mechanosynthesis performed in [[machine phase]] and in a [[practically perfect vacuum]]		Mechanosynthesis performed in [[machine phase]] and in a [[practically perfect vacuum]] is far form normal chemistry though.
	~~though~~ is far form normal chemistry though.

	Let's check what happens with temperature volume and pressure here.		Let's check what happens with temperature volume and pressure here.

2021-03-27T19:55:09Z

← Older revision		Revision as of 21:55, 27 March 2021
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	{{stub}}		{{stub}}
			'''Question:''' <br>
	Question: Which is the correct thermodynamic potential to look at that needs to be minimized <br>		Which is the correct thermodynamic potential to look at that needs to be minimized <br>
	in the chase for in vacuum force applying mechanosynthesis in machine phase systems?		in the chase for in vacuum force applying mechanosynthesis in machine phase systems?

2021-03-27T19:53:55Z

Related: added link to page: Reversible actuation

2021-03-27T19:52:20Z

Normal natural chemistry: fixed faulty auto-completion consonant -> constant

← Older revision		Revision as of 21:52, 27 March 2021
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	* under constant temperature (for both)		* under constant temperature (for both)
	* under constant pressure (for Gibbs)		* under constant pressure (for Gibbs)
	* under ~~consonant~~ volume (for Helmholtz)		* under constant volume (for Helmholtz)

	= Force applying mechanochemistry =		= Force applying mechanochemistry =

2021-03-27T19:50:48Z

Endothermic mechanosynthesis: added linebreak

← Older revision		Revision as of 21:50, 27 March 2021
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	* a [[chemomechanical converter]] (performing chemical synthesis too) or		* a [[chemomechanical converter]] (performing chemical synthesis too) or
	* a [[electromechanical converter]]. <br>		* a [[electromechanical converter]]. <br>
	'''If the link between the drive system and the synthesis system(s) is stiff enough then the thermodynamic potential of the system as a whole is what needs to be minimized.'''		'''If the link between the drive system and the synthesis system(s) is stiff enough then''' <br>
			'''the thermodynamic potential of the system as a whole is what needs to be minimized.'''

	This interlinkedness in mechanosyntehsizing systems may allow		This interlinkedness in mechanosyntehsizing systems may allow

2021-03-27T19:49:59Z

Temperature: made main point bold

← Older revision		Revision as of 21:49, 27 March 2021
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	* the relatively slow operation speeds of mechanosynthesis mills in the MHz range		* the relatively slow operation speeds of mechanosynthesis mills in the MHz range
	* the high heat conductivity of gemstones like diamond and moissanite		* the high heat conductivity of gemstones like diamond and moissanite
	there should be plenty of time for heat equilibration and this should behave rather isotherm (to check).		there should be plenty of time for heat equilibration and '''this should behave rather isotherm (to check)'''.

	This is all overlays to an [[cooling system]] which's		This is all overlays to an [[cooling system]] which's

2021-03-27T19:48:19Z

Temperature: added linebreak

← Older revision		Revision as of 21:48, 27 March 2021
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	== Temperature ==		== Temperature ==

	In force applying mechanosynthesis reaction induced temperatures changes should (and can) be avoided in the first place.		In force applying mechanosynthesis reaction induced temperatures changes should (and can) be avoided in the first place. <br>
	Every reaction induced increase in temperature directly		Every reaction induced increase in temperature directly
	* corresponds to an undesired inefficiency in energy recuperation.		* corresponds to an undesired inefficiency in energy recuperation.

2021-03-27T19:47:23Z

added link to page: dissipation sharing x2

← Older revision		Revision as of 21:47, 27 March 2021
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	* corresponds to an undesired inefficiency in energy recuperation.		* corresponds to an undesired inefficiency in energy recuperation.
	* corresponds to an atom snapping to the target position and dissipating its snap vibrations to heat		* corresponds to an atom snapping to the target position and dissipating its snap vibrations to heat
	this should be to a large degree avoidable by following [[a certain strategy]].		this should be to a large degree avoidable by following [[dissipation sharing\|a certain strategy]].

	Thermal connection mechanisms to a heat bath are		Thermal connection mechanisms to a heat bath are
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	= Related =		= Related =

			* [[dissipation sharing]]
	* [[Low speed efficiency limit]]		* [[Low speed efficiency limit]]