Difference between revisions of "Spiky needle grabbing"
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equipartitioning thermal energy for a degree of freedom. | equipartitioning thermal energy for a degree of freedom. | ||
| − | {{todo|Investigate if this is possible or not}} | + | {{todo|Investigate if this is possible or not - edit: likely not}} |
Why would one want to do that other than experimentally demonstrating/visualizing the known and expected effects: | Why would one want to do that other than experimentally demonstrating/visualizing the known and expected effects: | ||
| − | * of larger particles "jumping" away like gas molecules | + | * of even somewhat larger particles/parts "jumping" away like gas molecules |
* of the transition size-scale (See: [[The heat-overpowers-gravity size-scale]]) | * of the transition size-scale (See: [[The heat-overpowers-gravity size-scale]]) | ||
Latest revision as of 12:00, 11 February 2024
This is about deliberately grabbing crystolecules or crystolecular elements
in such a spiky pointy way that the bonding energy form the Van der Waals bonding force is similar or even smaller to the
equipartitioning thermal energy for a degree of freedom.
(TODO: Investigate if this is possible or not - edit: likely not)
Why would one want to do that other than experimentally demonstrating/visualizing the known and expected effects:
- of even somewhat larger particles/parts "jumping" away like gas molecules
- of the transition size-scale (See: The heat-overpowers-gravity size-scale)
