Design and misalignment analysis of 140 GHz, 1.5 MW gyrotron interaction cavity for plasma heating applications
In this paper the design of 140áGHz, 1.5 áMW gyrotron interaction cavity is described in
detail. The interaction cavity is designed and simulated by using Particle-in-Cell code for
TE24, 8 operating mode. The obtained simulation results show more than 1.5 áMW of output
power at 139.83 áGHz of frequency. A thorough parametric and misalignment study is also
presented to support the actual fabrication and assembling of the device.
detail. The interaction cavity is designed and simulated by using Particle-in-Cell code for
TE24, 8 operating mode. The obtained simulation results show more than 1.5 áMW of output
power at 139.83 áGHz of frequency. A thorough parametric and misalignment study is also
presented to support the actual fabrication and assembling of the device.
Abstract
In this paper the design of 140áGHz, 1.5áMW gyrotron interaction cavity is described in detail. The interaction cavity is designed and simulated by using Particle-in-Cell code for TE24,8 operating mode. The obtained simulation results show more than 1.5áMW of output power at 139.83áGHz of frequency. A thorough parametric and misalignment study is also presented to support the actual fabrication and assembling of the device.
Springer
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