太空环境

  • 网络Space environment
太空环境太空环境
  1. 太空环境诱变黑色素瘤细胞的实验研究

    Study on melanoma cell lines mutated in outer space environment

  2. 太空环境对黑色素瘤B16细胞生物学特性的影响

    Effects of space environment on biological characteristics of melanoma B16 cells

  3. 太空环境对生物工程细胞CHO(dhfr~-)的影响

    Effect of outer space on bio-engineering cells carried by returned satellite

  4. 目的初步研究太空环境对黑素瘤B16细胞生物学特性的影响。

    Objective To examine the effects of space environment on biological characteristics of melanoma B16 Cells .

  5. 针对ANSYS软件不能通过轨道信息模拟太空环境下的温度场,提出了利用I-DEAS软件和ANSYS软件相结合进行星载天线热分析的方法和基本步骤。

    Because of the temperature field in space environment could not be simulated through orbital information by ANSYS software , the method and step for the thermal analysis of a space-borne antenna were put forward . by combining the I-DEAS software and ANSYS software .

  6. 太空环境对肿瘤细胞生理特性的影响

    Effects on physiological characteristics of tumor cell lines by space environment

  7. 太空环境中舱外航天服的外层防护问题

    Issues on the Out-layer Protection of Spacesuit in Space Environment

  8. 基于太空环境下的光纤辐照损伤理论

    Theory of radiation-induced absorption in optical fibers in space environment

  9. 太空环境对甘草中甘草酸生物合成相关基因的诱变作用分析

    Effects of space flight on glycyrrhizic acid-related gene mutation in Glycyrrhiza uralensis

  10. 新型抗癌生物制剂的研制及模拟太空环境法生产工艺的设想

    Research of New Anti-cancer Living Creature Medicines and Simulating Outer-space Condition Production Techniques

  11. 黑色素瘤细胞经太空环境诱变后致瘤性和基因表达变化

    Changes of tumorigenicity and gene expressions of melanoma cells mutated in outer space

  12. 下一步,研究者们将在低引力的太空环境中再次进行实验。

    The next step will be to rerun the experiment in low-gravity conditions .

  13. 我们正在为太空环境设计新的可以完全重置和自我组装的结构,

    We 're trying to design new scenarios for space that have fully reconfigurable

  14. 这个名字可以看成水星地表、太空环境、地理化学和全向遥测的缩写。

    It supposedly stands for MErcury Surface , Space ENvironment , GEochemistry and Ranging .

  15. 太空环境诱导肿瘤细胞变异的初步结果

    Preliminary results of variations of tumor cells induced by exposing to the space environment

  16. 由于月球表面不同的太空环境,月球表面形成了多种性质不同的鞘层。

    Different kinds of sheaths are formed on the lunar surface for the different space environment .

  17. 另外,太空环境对旋转式硬盘驱动器非常有利。

    And , Parker adds , the space environment would be advantageous for spinning disk drives .

  18. 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。

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

  19. 为了应对复杂的太空环境,飞亚达研发了首枚手动上链多功能机械机芯。

    Fiyta specially developed a multi-functional mechanical movement in preparation for the harsh and complex space environment .

  20. 介绍一种用于实现超低温、高真空的太空环境模拟器控制系统。

    It introduces a space environment simulator control system used to realize ultra low temperature and high vacuum .

  21. 太空环境中的玻璃制备

    Glass Processing in Space

  22. 在恶劣的太空环境下,商用器件受高能粒子辐射极容易发生故障。

    In the harsh space environment , COTS components are easy to be faulty radiated by high energy particles .

  23. 目的:了解太空环境下肿瘤细胞在生长、周期、形态以及粘附力等生理功能上的变化。

    Objective : To understand the changes of the growth , cycle , morphology and adhesive force of tumor cells .

  24. 因此本文设计了真空辐射器,用以模拟太空环境,为以后做模拟真空辐射冷源实验奠定基础。

    For simulating space environment , a vacuum radiation was designed , which laid the experimental foundation of simulating cold vacuum source .

  25. 新发表在《国家科学研究院学报》上的报告显示模拟的太空环境的确能对人体产生作用。

    Now a report in the Proceedings of the National Academy of Sciences shows that the simulated spaceflight did have real effects .

  26. 以往的外太空环境下液体的流动与扩散机理研究主要应用于火箭剩余推进剂的排放干扰分析。

    The investigation on the flowing and diffusing mechanism of liquid in vacuum was used in the analyse of rockets ' residual fuel .

  27. 目的以曼陀罗种子为材料探讨太空环境对药用植物的影响。

    Objective To substantiate the effect of space environment on medicinal plants , the seeds of Datura innoxia were set up in retrievable satellites .

  28. 研究包括:微型超声波马达、具有新颖结构的压电驱动器、超声波马达的使用寿命、超声波马达在太空环境中的应用研究等,这些方面已引起学者们的极大关注。

    The aspects , including micro ultrasonic motors , piezo actuators with novel construction , durability of ultrasonic motor , spur investigators ' inspissate interest .

  29. 科学家模拟太空环境,首先将混合物降温,直到接近绝对零度后,以强烈的紫外线照射混合物。

    The scientists mimicked a space environment by freezing the mixture to temperatures close to absolute zero , then exposing it to harsh ultraviolet radiation .

  30. 为了找到答案,六名志愿者创了历史纪录,花了520天待在墨西哥附近的模拟太空环境里。

    To find out , six volunteers spent a record 520 days confined to a simulated space habitat near Moscow . They emerged in 2011 .