- #1
RatTrap85
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- TL;DR Summary
- Is there a set of generalized equations or accepted model for the behavior of a proton beam entering a plasma cloud? In particular with regards to fusion.
Imagine you have a proton beam with sufficient speed say Xc to overcome the Coulomb Barrier for the element in use. The beam collides with a cloud of that element with density (rho) and thickness (l). Obviously you wouldn't achieve 100% fusion and if the cloud is dense enough the beam will not exit the cloud. So a few questions since this in not my area of expertise, but I think that the answers to these question may inform a project in another area that I am working on.
Are there equations or models that could be used to calculate the probability of colliding nuclei?
What equations would be used to calculate the probability of tunneling and fusing?
Are there equations or models that could determine the depth of penetration of the beam into the cloud for the nuclei that don't collide?
What process actually causes the particles in the beam to slow and bleed off energy? Is it a form of quantum drag? Is it more classical like a perfectly inelastic collision?
This is for a thought experiment so feel free to dump thoughts on this. One never knows where an answer might be found.
Are there equations or models that could be used to calculate the probability of colliding nuclei?
What equations would be used to calculate the probability of tunneling and fusing?
Are there equations or models that could determine the depth of penetration of the beam into the cloud for the nuclei that don't collide?
What process actually causes the particles in the beam to slow and bleed off energy? Is it a form of quantum drag? Is it more classical like a perfectly inelastic collision?
This is for a thought experiment so feel free to dump thoughts on this. One never knows where an answer might be found.