Microgravity environment

The astronauts have been exercising , maintaining healthy diets and undergoing regular check-ups to reduce the effects of living in a microgravity environment .

一转眼，三位航天员的太空出差之旅已经过半，他们的日常生活是什么样的呢？航天员们一直在锻炼身体，保持健康饮食，并定期进行身体检查，以减少微重力环境下生活产生的影响。

Experimental system of microgravity environment simulation using high altitude balloons

用高空气球实现的微重力环境模拟实验系统

Numerical Simulation of Flame Spread Over a Vertical Wall in Microgravity Environment

微重力条件下竖板表面火焰传播过程的数值模拟

Numerical Simulation of Unsteady combustion Process in Microgravity Environment

微重条件下非稳态燃烧过程的数值模拟

Metallic materials research under microgravity environment in space

在空间（微重力）凝固的金属材料

Numerical Simulation of Gas-Solid Phase Interfacial Coupling Combustion in Microgravity Environment

微重力条件下气固两相界面耦合燃烧的数值模拟

Experiments under microgravity environment are very important for the development of new materials , technology and some basic theory .

空间微重力环境是一种特殊的实验环境，摆脱了地面重力对科学实验的影响作用，对新材料、新工艺的发展及一些基础理论的研究都是十分有意义的。

An experimental test system for the direct methanol fuel cell under microgravity environment was set up .

建立了短时微重力落塔实验专用直接甲醇燃料电池性能测试系统。

A Thermodynamic Vent System Applied to Cryogenic Propellant Tank under Microgravity Environment

微重力条件下用于低温燃料贮箱的热动力排气系统

Gravity Gradient Acceleration Induced Fluid Sloshing Motion in Microgravity Environment

微重力环境中重力梯度加速度引起的流体晃动运动

Study of Combustion Processes and Flame Spreading over Solid Combustibles in Microgravity Environment

微重力燃烧及固体表面火蔓延的研究

Study on the Self-propagating High Temperature Synthesis under Simulated Microgravity Environment Produced by Gradient Strong Magnetic Field

梯度强磁场模拟微重力环境下自蔓延合成材料的研究

Numerical Simulation of Flame Spreading over a Vertical Wall in a Chamber in Microgravity Environment

微重力条件下腔体内竖板火蔓延的三维非稳态数值模拟

Finally , protein growth under microgravity environment is also expounded here and their development tendency and practical prospect .

论述了利用空间微重力环境进行蛋白质晶体生长及空间蛋白质晶体生长的科研和应用，指出今后进行蛋白质晶体生长研究的趋势和前景。

A Three-Dimensional CalCUlation of Hydrodynamic Behavior In A Partially Filled Tank Under Microgravity Environment

微重力条件下部分充液贮箱中流体动力学行为的三维计算

Processing of plumbum-stibum alloy under microgravity environment in space

空间微重力环境下铅锑合金的研制

Microgravity environment of space can induce a serial of changes in gene and protein expression profilings .

太空环境中微重力条件会导致基因和蛋白表达谱发生变化。

A Numerical Calculation of Reorientation in a 40 % Filled Rotating Tank under a Microgravity Environment

微重力条件下40%充液旋转贮箱中液体再定位的计算

In this paper , flame spreading over solid combustibles in a microgravity environment has been investigated .

本文研究了微重力条件下固体可燃物表面的火焰传播过程。

Cell growth in simulated microgravity environment : cells were prone to aggregate , and much higher cell density was generated .

微重力环境下细胞的生长：细胞易于聚集，产生更高的细胞密度。

Constructing an experimental system to simulate the microgravity environment is an essential condition and a key technology for the study of space robots .

建立能够模拟太空微重力环境的实验系统是进行空间机器人研究的必要条件，也是目前存在的关键技术难点。

Effects of surface radiation on flame spread over thermally-thin fuels in a quiescent microgravity environment

表面辐射热损失对微重力静止环境下火焰传播特性的影响

Fiscal 1997 report on the results of the R and D on the invention of high-level combustion technology using the microgravity environment

关于高水平燃烧技术用于微重力环境的研究和发展结果的1997财年报告

Create an Weightlessness and Microgravity Environment with Nano-magnetic Fluids

用纳米磁性液体模拟制造失重和微重力状态的流体

High-performance proliferation of hMSCs in the mimic microgravity environment

模拟微重力环境促进人间充质干细胞体外高效增殖

Due to the microgravity environment of space , astronauts ' extravehicular operation is quite different from that on the earth .

由于太空的微重力环境，使航天员的舱外操作和在地面的动作有很大的不同。

The paper firstly summaries some approaches to generate microgravity environment by escaping gravity acceleration and cycling in the space orbit .

介绍了利用释放重力加速度和空间轨道运动来制造微重力环境的方法；

Effect of bone mesenchymal stem cells and modified fibrinogen composite scaffold on repairing articular cartilage defects in the mimic microgravity environment

模拟微重力培养骨髓间充质干细胞定向诱导复合改良纤维蛋白原支架修复兔关节软骨缺损

Objective To study the influence of space microgravity environment on the electrophoresis separation process and to qualify the design and technologies of A3-2 device .

目的研究空间微重力环境对电泳分离的影响，证实自主研制的A3-2型电泳仪的设计和工艺，为我国空间电泳研究的发展和生物材料加工及空间制药奠定基础。

A brief review of droplet burning and flame spreading over solid combustibles in microgravity environment has been presented in this paper .

本文对微重力条件下单滴燃烧和固体可燃物表面火焰传播过程的研究作了简要评述。