空间微重力；地面试验系统；神经网络控制； 滑膜控制；
Spatial microgravity Ground test system Neural network control Sliding model control;
在本文中我们讨论了在空间微重力环境下利用对射冷原子团实现空间冷原子钟的可能性。
We discuss the feasibility of realizing a cold atom space clock with counter-propagating cold atoms in microgravity.
今后有望利用空间微重力条件获得有价值的杂合细胞，培育作物新品种，为开展空间生物加工和空间制药提供良好基础。
The valuable hybrid cell will be obtained by the space microgravition condition. It will provide credible foundation for cultivation new breeds, machining biologics and pharmacy in the future.
目的在空间植物栽培装置地面样机研制的基础上，完成空间植物栽培装置地面改进样机的研制，使其工作原理更能适应空间微重力环境条件。
Objective To develop an improved prototype making its operating principle adapt to the space microgravity enviroment better, based on the ground-based prototype of a space plant-growing facility.
为了让国际空间站的研究回到正轨，空间科学促进中心（CASIS）已经考察了100多次以前的微重力实验，以确定有前景的研究主题。
To get the ISS research back on track, CASIS has examined more than 100 previous microgravity experiments to identify promising research themes.
住在一颗小行星将类似的微重力环境所经历过的人员乘坐国际空间站。
Living in an asteroid's microgravity would be similar to the environment experienced by crews aboard the International Space Station.
具体来说，公司将提供微重力试验以及空间航天飞机飞行员在几个关键设施的培训，包括得克萨斯州休斯敦的约翰逊航天中心；
Specifically, the company will furnish microgravity testing and space shuttle pilot training at several key facilities, including Johnson Space Center, Houston, Texas;
在微重力条件下，研究了空间站载人舱通风系统中进出风口大小对空间站实验舱流场的影响。
In microgravity condition, the influence of the size of inlets and outlets on the flow field in the experimental space station cabin was studied.
建立新型的科学探测与技术试验卫星系列，加强微重力材料科学生命科学空间环境和天文研究。
To establish a series of science and technology satellites to enhance researches on microgravity, material science, life science, space environment and astronomy.
本周三早些时候，中国将一颗可回收式科研卫星送入轨道，通过卫星帮助科学家研究微重力与空间生命。
China put into space a retrievable1 scientific research satellite in the early hours of Wednesday in a fresh bid to aid scientists back on Earth in studying microgravity and space life science.
在综述微重力环境、空间辐射等对生物样本的诱变研究成果的基础上，论述了应用空间诱变技术进行高科技生物育种的理论基础。
On the basis of the research of microgravity environment, space radiation on bio sample mutagenesis, the theoretical basis of hi tech breeding with space mutation technique is discussed.
本文是一篇空间晶体生长的综述，包括5个部分：（1）微重力环境；
This study on crystalgrowth in space is reviewed in this paper, consisting of 5 sections:(1)microgravity environment;
建立了微重力环境下管肋式空间辐射器传热过程的数学模型。
A model on the heat transfer of a fin tube radiator aircraft under micro gravity is established.
空间飞行器着火安全性。最后对我国开展微重力燃烧研究提出建议。
Suggestions on the microgravity combustion research to be developed in China are also proposed.
文中介绍了为我国“实践八号”卫星留轨舱微重力平台研制的空间高等植物培养观察装置及其空间飞行实验。
The plant culture box with auto-focus imaging device and its space flight experiment on "Shijian 8" satellite are presented.
建立了微重力环境下管肋式空间辐射器传热过程的数学模型。
Thermal scale modeling of radiation convection system in micro gravity environment;
建立了微重力环境下管肋式空间辐射器传热过程的数学模型。
Thermal scale modeling of radiation convection system in micro gravity environment;
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