How calculate iris radius and cavity radius in accelerator?

AI Thread Summary
To calculate the iris radius, cavity radius, and disk thickness in linear accelerators with a disk-loaded structure, one must consider the wavelength of operation. Numerical simulations are essential for optimizing these parameters to achieve optimal performance. The literature provides extensive details on the calculations and methodologies involved. It is crucial to ensure clarity in the simulation process and parameter adjustments. Proper understanding and application of these principles lead to improved accelerator design.
Ryan Reed
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In linear accelerators that use a disk loaded structure (traveling wave), how would you calculate the iris(disk hole) radius, cavity radius, and disk thickness according to the wavelength
 
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You make a numerical simulation and optimize the parameters until you get the best results.
You can find more details in the literature. Is something there unclear?
 

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