Abstract
The results of the development and modeling of pulse-plasma ignition systems (IS) of gas turbine engines with synchronization of processes in the main and auxiliary discharge circuits, which occupy an intermediate position between the pulsed capacitive and plasma IS, in which a long electric arc discharge is implemented, are presented. It is experimentally proven that the flammability of pulsed-plasma IS exceeds the igniting ability of capacitive IS of an oscillatory discharge with equal energies of storage capacitors. Keywords: pulse-plasma ignition system, aperiodic discharge, process synchronization, discharge current, spark plug voltage, flammability, starting characteristic of the igniter. texprom@yandex.ru
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