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Numerical Analysis of Interaction Cavity for 1.5 MW/127.5 GHz Gyrotron

Numerical Analysis of Interaction Cavity for 1.5 MW/127.5 GHz Gyrotron,10.1007/s10894-010-9323-x,Journal of Fusion Energy,Nitin Kumar,Udaybir Singh,An

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Numerical Analysis of Interaction Cavity for 1.5 MW/127.5 GHz Gyrotron   (Citations: 5)
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This paper presents the design of 127.5 GHz ITER start-up gyrotron interaction cavity. Particle-in-Cell electromagnetic simulation approach has been used for the cold cavity and beam-wave interaction analysis. In-house developed code GCOMS has been used for the mode selection. TE24,8 mode has been chosen as the operating mode. The simulation results show the output power more than 1.5 MW at the operating frequency of 127.8 GHz and the cavity centre magnetic field of 5.1 T. The study of the parametric dependency of the output power and the efficiency on the electron beam and the cavity geometry parameters has also been carried out.
Journal: Journal of Fusion Energy - J FUSION ENERG , vol. 30, no. 1, pp. 1-6, 2011
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