astronautic

1. It's mainly applied in the military, aviatic and astronautic industries.
   目前主要应用于军事工业和航空航天工业。
2. A kind of simple structured lower cost computer testing device for the stiffness of astronautic minityped torsion lever was developed.
   研制了一种结构简单、成本较低的航天微型扭杆刚度计算机测试装置，其主要硬件由精密电控转台和转矩传感器组成。
3. Project management could be applied to military, aeronautic and astronautic, civil and environment, information, manufacturing, administrative and service, etc fields.
   项目管理涉及军事、航空航天、建筑与土木、信息和软件工程、制造、行政管理和服务等等各个经济和社会领域。
4. Especially, in industrial, medical, martial, automotive, aeronautic and astronautic fields RPT has been applied widely.
   尤其在工业、医学、军事、汽车、航空和航天等领域得到广泛应用。
5. Design of Interface of Astronautic Camera Controller Based on FPGA
   基于FPGA的航天相机控制器接口的设计
6. It has been introduced to Astronautic TT& C Technology to define Spacecraft Markup Language ( SML) and Ground Station Markup Language ( GSML).
   航天测控领域也开始引入这一技术，并定义了航天器标记语言和地面站标记语言。
7. Study on Project of Intelligent Air Bag Seat Buffer Light energy absorber in aeronautic and astronautic recovery
   智能气囊缓冲器在航天器回收着陆中的应用探讨航空航天返回过程的轻质能量吸收器
8. Light energy absorber in aeronautic and astronautic recovery
   航空航天返回过程的轻质能量吸收器
9. Practice and Research on Establishing Mode for Scientific Researching Innovation Group of Undergraduate in Aeronautic and Astronautic Universities
   航空航天院校本科生科研创新团队模式研究与实践
10. By means of THT, problems on machining large-scale titanium alloy parts for aeronautic and astronautic applications could be solved.
    利用该项技术可望解决航空航天用大尺寸钛合金零件的切削加工技术难题。
11. Turn table is an important ground simulation equipment used in aeronautic and astronautic industry.
    转台是航空航天工业中重要的地面仿真设备。
12. Many multi-scale mechanical problems concerning multiple physical levels are crucial in aeronautic and astronautic safety.
    航空航天安全蕴含着大量的涉及多个物理层次的多尺度力学问题。
13. It hold very wide and bright prospect of application in the military, aeronautic and astronautic fields.
    在军事、航空、航天等领域，压电层合壳自适应结构具有广泛的应用前景。
14. This paper is a review of aeronautic and astronautic automatic control.
    本文是航空与航天自动控制的综述。
15. So, it needs us to quantitatively analyze the astronautic disturbances, so as to evaluate flight mission and guide or improve spacecraft system design especially the attitude control system design.
    有的载人飞行任务需要航天器具有很高的指向精度和稳定度，这就需要对航天员的扰动进行定量分析，以便对飞行任务进行评估并能指导或改进航天器系统设计特别是姿态控制系统的设计。
16. The performance of table directly impact the reliability and fidelity of the simulation and measurement test, and is the foundation to guarantee the precision and performance of the aeronautic and astronautic products and weapon systems.
    转台性能的优劣直接关系到仿真和测试试验的可靠性和置信度，是保证航空、航天型号产品和武器系统精度及性能的基础。
17. They are expected to perform in the radiation environment of military and astronautic domains.
    也被寄希望在军事和航天等辐射环境下工作。
18. The design and implement of aeronautic and astronautic digital museum
    航空航天数字博物馆系统的设计与实现
19. A review of aeronautic and astronautic automatic control
    航空与航天自动控制综述
20. Carbon-carbon composites have been found wide perspective for application in astronautic and aeronautic industries.
    炭/炭复合材料在航天与航空工业有广泛应用前景。
21. Along with the rapid development of aeronautic and astronautic industries of high technology, the performance of heat insulation materials need higher requirement.
    随着航天航空等高科技工业的迅速发展，对隔热材料的性能提出了越来越高的要求。
22. The scheduling methodology is also suggested for the manufacturing execution system. An example of the manufacturing execution system is given to demonstrate the production management and control of an astronautic manufacturing enterprise.
    文章分析了制造执行系统的生产管理控制方法，提出了制造执行系统的车间调度方法。
23. This kind of materials will find wide applications and high service value in astronautic technology and nuclear industry.
    这类材料在航天事业和核工业中有看广阔的应用前景和极高的使用价值。
24. Hypersonic boundary layer instability and transition is one of the most important problems to aeronautic and astronautic.
    高超音速边界层的不稳定性和转捩是航空航天的重要难题之一。
25. Therefore this paper which study the configuration innovative design method, and designs& analyses the extendible support structure for planar antenna, has vital significance to upgrade our astronautic space technology and high precision earth observation.
    因此，本文展开了对宇航可展开机构构型创新设计方法的研究，和平面天线支撑机构的设计与分析工作，对提升我国宇航空间技术和高精度地球观测事业具有重要的意义。
26. Piezoelectric ceramics have been widely used in aeronautic and astronautic high-tech areas.
    压电陶瓷已广泛应用到航空航天等高新技术领域中。
27. Research and production of turntable have great significance for aeronautic and astronautic industry and defense construction.
    转台的研究和制造对航空、航天工业和国防建设的发展具有重要意义。
28. Composite plates and shells have wide applications in aeronautic and astronautic, marine engineering.
    复合板壳在航空航天、船舶与海洋工程中有广泛的应用。
29. In the field of astronautic and aviation, the precision degree of navigation, guidance and control system often determines the whole capability of a missile, spacecraft or aircraft, the demand of its capability and quality is extremely accurate and precise.
    在航天航空领域中，导航、制导与控制系统的精密程度往往决定着整个导弹、航天器或航空器的性能，其对产品性能和质量的要求更是精确细密、慎之又慎。
30. With the development of astronautic space technology, deployable truss structure also develops to large-scale and complicated way.
    随着宇航空间技术的发展，空间可展开机构也在向着大型化、复杂化方向发展。

adj

1. of or belonging to astronauts or the science of astronautics

   Synonym:    astronautical