烧蚀模式激光推进是激光推进技术的一个重要研究领域。
Ablative laser propulsion is one of the major branches in the study field of laser propulsion.
激光束聚焦性能研究是激光推进技术研究中的一个重要内容。
The study of the focusing characteristics of laser beam is an important content in the study of laser propulsion technology.
激光推进工质推进性能研究是激光推进技术研究关注的焦点之一。
Research on the propulsive performance of laser propulsive working medium is one of the most important part in laser propulsion technology.
介绍了激光推进技术的原理及其优势，重点分析了激光推进光源的选择。
The principle and advantages of laser propulsion has been described, and the selection of laser power source for laser propulsion is deeply analyzed.
介绍了高速阴影技术在激光推进流场演化诊断过程中的应用。
The application of high-speed shadowgraph technology to flow field evolvement diagnosis of laser propulsion is presented.
激光推进是利用高能激光与工质相互作用产生的反作用力推动飞行器前进的一种新概念推进技术。
Laser propulsion, which works on the counterforce generated during the interaction between high-power laser and propellant, is a new concept technique for propulsion.
目前由于各国空间激光通信试验的不断推进，解决激光通信中的一些关键技术就变得刻不容缓。
At present, owing to the space laser communications experiment continuous progress in the settlement of laser communication some of the key technology becomes imperative.
采用了阴影技术和高速摄影相结合的方法，对激光推进流场演化过程进行了考察。
Shadow technology and a high-speed camera are combined to investigate the flow field evolvement.
采用了阴影技术和高速摄影相结合的方法，对激光推进流场演化过程进行了考察。
Shadow technology and a high-speed camera are combined to investigate the flow field evolvement.
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