Optimal Cavity Design for 6 MeV Linear Accelerator
This content discusses achieving an optimal cavity design for a 6 MeV linear accelerator to maximize shunt impedance and quality factor. Details include resonant frequency, RF source capacity, parameter values, and design goals.
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Presentation Transcript
Cavity Design for a 6 MeV Linear Accelerator Hairum Musa
The objective is to achieve an optimal cavity design that maximizes the shunt impedance and quality factor in the on-axis coupling configuration, with an accelerating electron beam of 6 MeV resonating in the /2 mode, and a resonant frequency of 2856 MHz using RF source capacity. Desain Goals
Parameter Parameter Value Value Frequency (GHz) 2,8560296 Quality Factor 17421,69 Shunt Impedance (M /m) 155,9017535 Power Loss (Watt) 452608 Average Kinetic Energy (MeV) 5.500
