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Experimental studies on the physical process inside of Teflon PPT were carried out. The current distribution measurement using Rogowski coils indicated the propagation of discharge region. It was showed that elongation of the electrodes and the applied accelerating magnetic field are effective in removing discharge current from Teflon sublimation surface to reduce the amount of Teflon cornsumption. The improvement in specific impulse and in thrust efficiency, which is reported in Part I, is explained by this effect. The exhaust plasma properties were measured using double probes. The measurement showed that plasma generation is deeply affected by the discharge current.

Performance Improvement Study of Pulsed Teflon Plasma Thruster. (Part II). Inspection by Rogowski Coils and Probes.