VdW suck-in

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This article defines a novel term (that is hopefully sensibly chosen). The term is introduced to make a concept more concrete and understand its interrelationship with other topics related to atomically precise manufacturing. For details go to the page: Neologism.

Van der Waals force can be very useful in advanced gemstone based nanosystems to hold things in place

  • during assembly processes or
  • even in final products.

In particular the VdW force can be uses to hold axles withing chains.
Axles literally get "sucked" into their sleeves as the higher surface contact area means lower energy.
This is very similar to surface tension energy. So unlike a (hooks law) linear spring where force is proportional to displacement one gets a near constant force over displacement.

By choosing contact area profiles (easier for planar surfaces) one can emulate all kind on nonlinear spring behaviors.

  • (wiki-TODO: Add image of hinge with slightly sisplaced axle)
  • (wiki-TODO: Add image of extendable soap bubble skin in rectangular wireframe)
  • (wiki-TODO: Add math showing that at room-temperature thermally activated axle displacements are negligible even for very small crystolecules)

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