Difference between revisions of "Nanofactory math based on continuity of throughput"

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'''[[Level throughput balancing]]:''' <br>
 
'''[[Level throughput balancing]]:''' <br>
Equal throughput '''across''' two consecutive [[gem-gum factory]] layers. <br>
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Equal throughput '''across''' two consecutive [[gem-gum factory]] [[assembly layer]]s. <br>
 
(former-layer-throughput = next-layer-throughput) <br>
 
(former-layer-throughput = next-layer-throughput) <br>
  
'''[[Limits to higher throughput of smaller machinery]]:''' <br>
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'''[[Limits to lower friction despite higher bearing area]]:''' <br>
Equal throughput '''within''' an [[gem-gum factory]] layer. <br>
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Equal throughput '''within''' an [[gem-gum factory]] [[assembly layer]]. <br>
 
(assembly-throughout = transport-throughput)<br>
 
(assembly-throughout = transport-throughput)<br>
  
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* [[Gem-gum factory design parameters]]
 
* [[Gem-gum factory design parameters]]
 
* [[Pages with math]]
 
* [[Pages with math]]
* [[Design of gem-gum on-chip factories]]
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* '''[[Design of gem-gum on-chip factories]]'''
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* weakly related: [[Tracing trajectories of component in machine phase]]
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== External links ==
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Wikipedia:
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* [https://en.wikipedia.org/wiki/Continuity_equation Continuity equation]

Latest revision as of 17:09, 1 February 2024

Pages using equations of continuity for throughput

Level throughput balancing:
Equal throughput across two consecutive gem-gum factory assembly layers.
(former-layer-throughput = next-layer-throughput)

Limits to lower friction despite higher bearing area:
Equal throughput within an gem-gum factory assembly layer.
(assembly-throughout = transport-throughput)

Related

External links

Wikipedia: