I want to calculate the synchrotron radiation spectrum shape ( frequency vs intensity) for a 200 GeV electron beam passing through a B field of 5, 10 Tesla and bending radius of 1, 5, 10 meters. With e-e+ collider, i will get 400 GeV CM energy which is just about what the future machines offers. Also, i want to calculate the Bremsstrahlung spectrum for the same. I can then calculate the intensity loss due to Bremsstrahlung in a ring of 10^(-11) pressure and estimate how long will the beam survive in the ring. The beam life time is a very important consideration for the accelerator design and the vacuum systems.
For this purpose i have selected the TestEm16 example and will make these changes on it to work on my problem. Can anyone suggest how do I go about changing these parameters and analyze the synchrotron radiation and bremsstrahlung spectrum?
Hello,
TestEm16 is a reasonable starting point for synchrotron radiation. You may scale density of media in order to have more bremsstrahlung gamma. For bremssrahlung it is possible to use other examples, like TestEm5.
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