Исследование импеданса цезиевой плазмы термоэмиссионного преобразователя в диффузионном режиме

Abstract

Experimental impedance of the plasma gap thermionic energy converter exhibits both inductive and capacitive properties. On the basis of the non-stationary models of processes in low tem34perature plasma cesium thermionic energy converter analyzed the contribution of voltage drop components in the impedance of the plasma gap. It was shown that the components of the plasma gap of the voltage drop depending on the phase parameters and the plasma thermionic energy converter may exhibit both inductive and capacitive properties. Obtained and analyzed the estimated hodographs of the plasma impedance gap of the converter in the diffusion mode.