space propulsion

Orbit maneuver hydrogen-oxygen thruster based on gas dynamic resonance igniter is a novel chemical propulsion technology especially prospective in space station application.

结合气动谐振点火器进行头部设计的氢氧变轨火箭发动机是一项新颖化学火箭推进技术，尤其适于空间站应用。

Hydrogen and oxygen orbital maneuver thruster, based on gas-dynamic resonance ignition, is a new liquid rocket propulsion technology, and is especially applicable to space station.

基于气动谐振点火技术的氢/氧变轨发动机是一项新型的液体火箭推进技术，尤其适用于空间站应用。

The electric propulsion feasibility and effect in space debris mitigation were studied.

研究了电推进在静止轨道空间碎片减缓中应用的可行性和效果.

Electric propulsion devices have been used widely in space flight mission for its superior performance.

电推进装置以其优越的性能广泛应用于空间飞行任务。

Research of laser propulsion technology used in orbited space mobile carrier

空间机动平台在轨激光推进技术研究

The Propulsion System of Deep Space Detector

深空探测器推进系统

In these technologies, one of the most promising technologies for the future exploration to deep space may be Nuclear Thermal Rocket Propulsion.

在这些技术中，核火箭推进无疑是人类继续探索太空最有希望的技术之一。

Considering the space cycle of magnetostatic field is only 7.8 nm, the precise wavelength calculation and the precise radiating power calculation should consider the reaction propulsion of electron.

考虑到静磁场的空间周期只有7.8nm，要精确计算电子在多层膜摇摆器中运动的自发辐射的波长和辐射功率就必须考虑电子的反冲。

In order to study space, we have to advance our knowledge of propulsion, mechanics and energy ( to name a few).

为了学习太空，我们就要在推进，机械，能源（只想举这几个例子）上使知识进步。

Technology for space chemical propulsion includes bipropellant propulsion, mono propellant propulsion and micro propulsion.

空间化学推进技术包括双组元推进 、 单组元推进和微推进技术.