Because pulse repetition rate affected directly the momentum coupling coefficient of transversely excited atmospheric （TEA） CO2 laser propulsion, a double pulse trigger, controlling high voltage switch of laser exci...Because pulse repetition rate affected directly the momentum coupling coefficient of transversely excited atmospheric （TEA） CO2 laser propulsion, a double pulse trigger, controlling high voltage switch of laser excitation circuit, was designed. The pulse interval ranged between 5 and 100 ms. The momentum coupling coefficient for air-breathing mode laser propulsion was studied experimentally, it was found that the momentum coupling coefficient decreased with the pulse repetition rate increasing.展开更多
文摘Because pulse repetition rate affected directly the momentum coupling coefficient of transversely excited atmospheric （TEA） CO2 laser propulsion, a double pulse trigger, controlling high voltage switch of laser excitation circuit, was designed. The pulse interval ranged between 5 and 100 ms. The momentum coupling coefficient for air-breathing mode laser propulsion was studied experimentally, it was found that the momentum coupling coefficient decreased with the pulse repetition rate increasing.
