Meanwhile , on basis of Advance Angle Control simulation , fault tolerance of HEDS machine is analyzed . The results show that HEDS machine has good fault tolerance .
另外，仿真分析了混合励磁双凸极电机的容错性能，结果表明混合励磁双凸极电机具有良好的容错性能。
The research activities on high energy density science ( HEDS ) are fundamental and challenging . These research fields include inertial confinement fusion ( ICF ) by laser driving , condensed state physics at extreme conditions , generation of high intensity X-rays and particle beams , and laboratory astrophysics .
In addition to inheriting a number of advantages such as simple structure , flexible control , fast dynamic response , speed performance , large torque / current ratio from DSPM machine , HEDS machine system also has the ability to raise speed by diluting magnetic and improve torque by increasing magnetic field through electrical excitation .
In order to solve these problems , the following research works have been done : Firstly , an introduction about the basic structure , mathematical model , operation principle and magnetic regulation design idea of HEDS machine has been introduced . The initial design formulas of the main dimensions of HEDS machine have been given based on the analogy to the design of doubly salient motor with other structures . The electromagnetic design of HEDS machine also has been accomplished .
