Difference between revisions of "Capsule transport"
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* [[Medium movers]] | * [[Medium movers]] | ||
* [[Energy transmission]] with [[mechanical energy transmission cables]] carrying [[energy storage cells|fuel capsules]] | * [[Energy transmission]] with [[mechanical energy transmission cables]] carrying [[energy storage cells|fuel capsules]] | ||
| + | * physical data transmission (sneakernet) | ||
When bigger capsules are transported friction can be further reduced by usage of [[infinitesimal bearing]]. | When bigger capsules are transported friction can be further reduced by usage of [[infinitesimal bearing]]. | ||
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Fluids need either hydrophilic or lipophilic surfaces or droplet cutting pistons. | Fluids need either hydrophilic or lipophilic surfaces or droplet cutting pistons. | ||
Gasses loe in with their speed of sound. | Gasses loe in with their speed of sound. | ||
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| + | == External links == | ||
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| + | * https://en.wikipedia.org/wiki/Sneakernet | ||
[[Category:Nanofactory]] | [[Category:Nanofactory]] | ||
[[Category:Technology level III]] | [[Category:Technology level III]] | ||
Revision as of 14:09, 14 October 2015
Special case of: carrier pellets.
When transporting liquids or gasses in pipes there's always drag. AP surfaces too have nonlinear drag but it's several orders of magnitude lower thus packing the medium into pellets and moving them through pipes is a much better solution.
Such pellets can be useful at a number of occasions like:
- Diamondoid heat pump system
- Medium movers
- Energy transmission with mechanical energy transmission cables carrying fuel capsules
- physical data transmission (sneakernet)
When bigger capsules are transported friction can be further reduced by usage of infinitesimal bearing.
Filling and emptying pellets from a macroscopic reservoir
Fluids need either hydrophilic or lipophilic surfaces or droplet cutting pistons. Gasses loe in with their speed of sound.
