Capabilities of International Linear Collider and the Tesla Cavities

[pulsemaster]

I was just wondering about the International Linear Collider and the Tesla Cavities.
okay as i see it they run a 9 cell cavity with a field strength of 222kW RF at 1.3 ghz and a beam current of 8.5 ma.
my question is if they doubled the cavities to 18, what rf field strength would they need to obtain the same energy of electron on the output?
thanks

 

[pulsemaster]

okay you did not laugh at the mistake in my question.

so question is :
if they double the cells in each cavity section from 9 to 18. what rf field strength would they need to obtain the same energy of electron on the output? (power remains constant)
thanks

 

[oswaler]

The International Linear Collider (ILC) and Tesla Cavities are both advanced technologies used in particle accelerators. The ILC is a proposed future accelerator that would collide electrons and positrons at high energies, while the Tesla Cavities are used in existing accelerators to accelerate particles to high energies.

To answer your question, if the number of cavities were doubled to 18, the RF field strength would need to be increased to 444kW at 1.3 GHz in order to obtain the same energy for the electrons on the output. This is because the energy of the particles is directly proportional to the RF field strength.

However, it is important to note that simply doubling the number of cavities may not be a feasible solution. The design and operation of particle accelerators is a complex process that requires careful consideration of many factors, including the beam current, beam stability, and energy efficiency. Increasing the number of cavities may also require other adjustments to the accelerator design, such as changes in the length or shape of the accelerator components.

Overall, the ILC and Tesla Cavities have shown impressive capabilities in accelerating particles to high energies. Further research and development in this field will continue to push the boundaries of what is possible in particle physics.