航天学

.航天学；宇宙航行

The science and technology of space flight . n

德雷克追逐着童年的兴趣，进入康奈尔大学和哈佛大学学习无线电航天学。

Following his fascination Drake pursued his boyhood interest and studied radio astronomy at Cornell and Harvard .

它的研究也促进了航天学、宇宙化学、天文生物学乃至哲学等其他学科的发展。

Not only in astronomy , but also in other sciences , like spaceflight , astrochemistry , astrobiology , even in philosophy , it plays an advance function .

麻省理工学院航空航天学教授乔纳森·豪说，未来的“智能”汽车很可能会采用这种系统，来帮助司机预见和避免可能发生的事故。

Jonathan How , the Professor of Aeronautics and Astronautics at MIT , says " smart " cars of the future may use the system to help drivers anticipate and avoid potential accidents .

为大地测量学、地球动力学、地球物理学、天体力学、载人航天学、全球海洋学和全球气象学提供了一种高精度和全天候的测量新技术。

And it also provides a new measure technology of high precision in all weathers for earth measure , geodynamics , geophysics , celestial mechanics , Manned Space Science , Global Oceanographic , Global meteorology , and so on .

虚拟现实技术在航天工效学中的应用进展

Research on Application of Virtual Reality in Space Ergonomic

航天工效学是随着载人航天技术而发展起来的一门新兴学科。

Space ergonomics is a new subject developed with the development of space technology .

最后在总结航天工效学的发展趋势和首次载人飞船工程经验的基础上，提出了今后载人航天任务中人机系统研制的建议。

Finally , some suggestions were proposed on space man-machine system development according to recent ergonomic trend in space ergonomics and the basis of experience of first manned spacecraft project .

航天服工效学问题人类工效学对包装的研究

On Ergonomics of Spacesuit . The Ergonomics Applied to the Packaging

本文提出一个新学科航天摄影测量学。

This paper proposes a new branch of learning-area-space photogrammetry .

结论本文结果可为舱外航天手套工效学设计提供基础。

Conclusion The results can provide foundation for ergonomics design of spacesuit gloves .

应用上，倒立摆在航空航天，机器人学等领域都有重要的应用。

The inverted pendulum in the aerospace , robotics and other fields have important applications .

航天摄影测量学的崛起

Arising of the space Photogrammetry

计算机仿真技术的进步使其广泛应用于军事、通信、航空航天、社会学等领域，为科学研究和实验分析带来极大便利。

Computer simulation has been widely applied to various fields such as military , communication , aircraft and sociology , which provides quite a bit convenience to science research and experiment analysis .

梁作为复杂结构中最基本的单元，由于其特性相对比较简单，所以一直是现代控制理论的研究对象，许多相关的成果已经在航空航天、机器人学、桥梁建设等方面获得了广阔的应用。

As the most basic unit of the complicated structure , beam is always a research object of the modern control theory because of its relatively simple character . A lot of relevant achievements have been applied widely in many aspects such as Aero-Space , robotics , bridge construction .

他们不断从研究倒立摆控制方法中发掘出新的控制方法，并将其应用于航天科技和机器人学等各种高新科技领域。

They continually excavate many new methods , and apply them to various high-tech fields , such as aviation and the robots .

结论此结果为中国航天医学和生理学特别是模拟失重或微重力条件下的肌肉功能评定提供了一个新的思路。

Conclusion The results provided a reference for strength evaluations in space medicine and space physiology , especially under simulated weightlessness and microgravity .