摘要
A hybrid mode of one- and two-surface multipactor on the grooved dielectric surface is studied in detail using both an analytical approach and two-dimensional particle-in-cell（2D PIC） simulations. When the groove width L 〈 eE_0/（4πm_ef^2）,there are one-surface multipactor and one-order two-surface multipactor on the grooved dielectric surface, and only one slope of the groove has the multipactor anytime. When L 〉 eE0/（4πme f^2）, both slopes may have the multipactors. The electron surface density of the multipactor discharge has a sharp increase at the length L = eE_0/（4πm_ef^2）.
A hybrid mode of one- and two-surface multipactor on the grooved dielectric surface is studied in detail using both an analytical approach and two-dimensional particle-in-cell（2D PIC） simulations. When the groove width L 〈 eE_0/（4πm_ef^2）,there are one-surface multipactor and one-order two-surface multipactor on the grooved dielectric surface, and only one slope of the groove has the multipactor anytime. When L 〉 eE0/（4πme f^2）, both slopes may have the multipactors. The electron surface density of the multipactor discharge has a sharp increase at the length L = eE_0/（4πm_ef^2）.
基金
Project supported by the National Natural Science Foundation of China(Grant No.61231003)
