Difference between revisions of "Diamondoid crystolecular machine element"
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| + | [[File:Assemblies-gears-srg-iii.gif |300px|thumb|right|Differential gear (cut open). Author: Mark Sims – '''Beware of the [[stroboscopic illusion in crystolecule animations]].''']] | ||
| + | [[File:Strained-shell-sleeve-bearing.gif|300px|thumb|right|A simulation of a superlubricatinvg strained shell sleeve bearing. Author Eric K. Drexler – More examples here: [[Examples of diamondoid molecular machine elements]].]] | ||
A diamondoid crystolecular machine element (DCME) ... | A diamondoid crystolecular machine element (DCME) ... | ||
* ... is an assembly of several diamondoid [[crystolecules]] into a bigger assembly with (usually [[superlubricity|superlubricatingly]]) moving parts. | * ... is an assembly of several diamondoid [[crystolecules]] into a bigger assembly with (usually [[superlubricity|superlubricatingly]]) moving parts. | ||
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* diamondoid molecular machine element (DMME) | * diamondoid molecular machine element (DMME) | ||
* crystolecular machine element (CME) – this is more general than just [[diamondoid]] in the narrower sense of diamond like structure | * crystolecular machine element (CME) – this is more general than just [[diamondoid]] in the narrower sense of diamond like structure | ||
| + | * crystoleculic machine element (CME) | ||
| + | * crystoleculline machine element (CME) | ||
== Related == | == Related == | ||
Revision as of 14:33, 7 June 2021
Differential gear (cut open). Author: Mark Sims – Beware of the stroboscopic illusion in crystolecule animations.
A simulation of a superlubricatinvg strained shell sleeve bearing. Author Eric K. Drexler – More examples here: Examples of diamondoid molecular machine elements.
A diamondoid crystolecular machine element (DCME) ...
- ... is an assembly of several diamondoid crystolecules into a bigger assembly with (usually superlubricatingly) moving parts.
- ... is smaller than a microcomponent
- ... may (or may not) feature an extensive amount of structural framework that was irreversibly assembled by seamless covalent welding.
(This is unlike typical microcomponents which should typically be designed for high reversible recomposability for recycling).
Alternate names:
- diamondoid molecular machine element (DMME)
- crystolecular machine element (CME) – this is more general than just diamondoid in the narrower sense of diamond like structure
- crystoleculic machine element (CME)
- crystoleculline machine element (CME)
