Difference between revisions of "Carrier pellet"
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* [[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]] | ||
Revision as of 21:38, 17 May 2014
{stub}
Carrier pellets are adapters between means of transport (e.g. molecular mills) and the sub product parts being transported.
Disassemblable DME size level pellet chains can be build in a compact fashion by using simple puzzle tile style Van der Waals interlocking. To avoid very seldom but in large systems possible present [todo make estimate] accidental thermally agitated slideout non contacting (and thus non friction inducing) sidward walls can be placed.
In an other design for simple random pellet access axles coul be used for driving the pellets and displacable sideward with engraved rails could be used for deflecting pelets into another path.
Carrier pellets may have some similarity to types in functional programming languages. Pellet carrying pellets may make sense in certain situations.
Pellets can provide plane surfaces for vacuum lockout.
Contents
Moiety carrier pellets
con: avoidance of low level steering
pro: very complicated tooltip preparation graphs even for basic diamondoid mechanosynthesis
DME carrier pellets
DME carrier pellets are necessary for (redundant) DME routing.
Microcomponent carrier pellets
Due to the vanishing masses in small scales Microcomponent carrier pellets can be made much smaller than microcomponents (around DME carrier pellet size?)
