3 ms·
My Physics classes are rusty, but if you've 400GPa across a 1mm^2 surface, and the back of the two opposing diamonds is e.g. 1cm^2, then you've a straight press
by ddebernardy 7y ago
My Physics classes are rusty, but if you've 400GPa across a 1mm^2 surface, and the back of the two opposing diamonds is e.g. 1cm^2, then you've a straight pressure reduction then and there -- not unlike what might happen with a lever or a pulley. So you can then apply a smaller force on the outside, allowing you to use a less sturdy/expensive cristal or metal (or liquid, apparently [0]).
[0]: https://en.wikipedia.org/wiki/Diamond_anvil_cell https://en.wikipedia.org/wiki/Diamond_anvil_cell
- caconym_ 7y agoThis doesn't answer the question of why diamond if the gasket material can also stand up to the pressure, though. You can certainly make a truncated cone-ish shape out of metal.