- #1
quantoshake11
- 45
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So, I'm beggining to work in a cylcotron as operator. Most of the crew here has technical education, albeit not quite a physics degree. When i asked what's the distribution of energies of the particles when they hit the target i got a blank look.
How could i determine this? I'm guessing that since the energy is a function of the trajectory radius, then i could estimate it by measuring the size of the reversing ion foil?
Annex: The cyclotron operates by accelerating negative H ions, which at the end of their trip they hit a carbon foil which strips the two electrons away leaving a proton which starts spinning the other way hitting the target.
How could i determine this? I'm guessing that since the energy is a function of the trajectory radius, then i could estimate it by measuring the size of the reversing ion foil?
Annex: The cyclotron operates by accelerating negative H ions, which at the end of their trip they hit a carbon foil which strips the two electrons away leaving a proton which starts spinning the other way hitting the target.