摘要
A linear and nonlinear analysis of crossed-field gyrotron operating on whispering-gallery mode TE<sub>m11</sub> is presented. The detailed discussions are given for the starting oscillationcondition, the effect of the internal conductor in coaxial cavity on the cut-off frequency of modeand the spacing between adjacent modes as well as the effect of the applied voltage on thecyclotron frequency of electron, the starting oscillation beam power and the electron efficiency.It is shown that the efficiency of 41% can be attained for m=2. A comparison of these resultswith those in cylindrical cavity is made. The analyses are helpful for the engineering design.
A linear and nonlinear analysis of crossed-field gyrotron operating on whispering- gallery mode TE_(m11) is presented. The detailed discussions are given for the starting oscillation condition, the effect of the internal conductor in coaxial cavity on the cut-off frequency of mode and the spacing between adjacent modes as well as the effect of the applied voltage on the cyclotron frequency of electron, the starting oscillation beam power and the electron efficiency. It is shown that the efficiency of 41% can be attained for m=2. A comparison of these results with those in cylindrical cavity is made. The analyses are helpful for the engineering design.
