View source for Losses from mechanochemical reactions

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{{todo|This still needs much closer investigation to arrive at more reasonable but still safe lower upper bounds}}

Basically what always works is assuming the whole bond energy being dissipated across every mechanochemical reaction.
* This vastly overestimates dissipated heat.
* This still leads to practical (albeit slow) [[productive nanosystems]] 

{{Wikitodo|Present the very crude results from [[Nanosystems]] here}}

== Related ==

* Generally: [[Tooltip chemistry]]
* For structure: [[Piezomechanosynthesis]]
* For pre-processing: [[Mechanosynthetic resource molecule splitting]]
* For energy: [[Chemomechanical converter]]
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'''Present in [[bottom scale assembly lines in gem-gum factories]] Including:'''
* [[Molecular mills]] also mechanosynthesis core
* [[Tooltip preparation zone]]
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* Loss / dissipation is proportional to: [[Atom placement frequency]]
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'''Other heat generating mechanisms include:'''
* energetically partly irreversible [[Friction in gem-gum technology]]
* in principle energetically reversible entropotermal conversion  
* ...