resonance heating

Electron cyclotron resonance heating experiments on magnetic mirror device mm 2

MM-2磁镜装置上的电子回旋共振加热实验

The slab model of tokamak ion cyclotron resonance heating ( ICRH) coupling calculation gives large error to calculate the poloidal long antenna. In order to solve the problem, an improved algorithm by piecewise linear antenna model is presented and the calculation precision is upgraded.

托卡马克中离子回旋共振加热（ICRH）的平板模型在计算沿极向尺度较长的天线时误差较大，针对这一问题提出了一种将天线进行分段处理的改进算法，该算法提高了计算精度。

High-voltage power supply ( HVPS ) is one of the important component in ECRH ( Electron Cyclotron Resonance Heating ).

负 高压电源 系统是ECRH系统的重要组成部分,其信号的传输是整个系统运行的关键.

The contour electric field distribution in the microwave resonance cavity and WC-Co when heating it was analyzed and discussed with the ANSYS software.

运用ANSYS软件进行数值模拟，分析和讨论了微波加热柱状WC-Co时谐振腔和介质内电场分布云图。

Adopting full-controllable electric semiconductor device IGBT, a 160 kW/ 30 kHz parallel-resonance super-frequency induction heating power supply has been developed.

采用全控型电力半导体器件IGBT，研制了160kW/30kHz并联逆变式超音频感应加热电源。