How would you calculate RF cavity dimensions?

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SUMMARY

Calculating RF cavity dimensions in linear accelerators involves determining specific measurements such as cavity openings, cavity size, and the length between cavities. The discussion emphasizes the importance of clearly defining objectives to obtain accurate dimensions. Tools like rulers or tape measures are commonly used for these measurements. Additionally, the conversation highlights the necessity of narrowing down topics for effective investigation in the construction and science of linear accelerators.

PREREQUISITES
  • Understanding of linear accelerator design principles
  • Familiarity with RF cavity physics
  • Basic measurement techniques using rulers and tape measures
  • Knowledge of microwave and radio wave applications in particle acceleration
NEXT STEPS
  • Research RF cavity design calculations and simulations
  • Explore literature on linear accelerator construction techniques
  • Learn about the physics of microwave and radio wave interactions with particles
  • Investigate measurement tools and techniques specific to RF cavity dimensions
USEFUL FOR

Engineers, physicists, and students interested in the design and construction of linear accelerators, particularly those focusing on RF cavity dimensions and measurements.

Ryan Reed
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In a linear accelerator that use cavities and microwaves or radio waves to accelerate particles, how would one find dimensions such as cavity openings, cavity size, length between cavities, etc.
 
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By specifying more carefully what you want to achieve.
 
I usually use a ruler or tape measure.

(And if this isn't the answer you are looking for, reread your question and maybe ask something more specific)
 
Forgive me for not being very specific, I do not now enough to really ask the right questions. I'm trying to kind of learn everything about the construction, science, and math of linear accelerators that use cavities and radio/microwaves. Any information regarding this subject,, or where to find it, would be a huge help.
 
Google will find thousands of papers and also many simplified descriptions at every level about that topic.
 
Wow - in response to a request to be more specific the subject goes from "deciding the cavity size" to "everything about".
One of the more important skills in science and engineering is to narrow a topic down for investigation.
 

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