carrier rocket造句

• Contact analysis of stage separation surface of carrier rocket
  运载火箭级间分离面接触分析
• On carrier rocket engine working - process research system model and its application
  运载火箭发动机工作过程研究体系模型的研究
• A preliminary discussion on automatic assembling and disassembling technotogy in liquid propellant robots of carrier rocket
  运载火箭液体推进剂机器人自动加泄技术初探
• Civil aerospace technologies have made remarkable achievements in the applied satellite , carrier rocket , and manned spaceship
  民用航天在应用卫星、运载火箭技术、载人航天等方面取得长足进步。
• People with even slight scientific knowledge will know that a carrier rocket is developed on the basis of ballistic missiles
  稍有科技常识的人都知道，运载火箭是在弹道导弹的基础上发展起来的。
• China has started to make carrier rocket responsible for lauching the no . 7 shenzhou spaceship , which expected to launch in 2008
  中国已开始制造承担神舟七号飞船发射任务的运载火箭，预计将在2008年发射。
• Although oux carrier rocket engine technology has obtained tremendous advancement , it has much gap from the advanced country
  我国的运载火箭发动机技术虽然取得了巨大进步，但与世界先进水平相比仍有一定的差距。
• The key factor which effects carrier rocket engine technology is the deficiency of the ability of research and irmovation in carrier rocket engine
  影响我国火箭发动机技术进步的关键因素在于发动机研究、创新能力不足。
• It will be launched by a russian carrier rocket and it is expected to land on mars with a russian probe in 2010 after 10 month ' s flight
  它将由俄罗斯运输火箭发射并预计将历经10个月的飞行于2010年和俄罗斯探测仪一同登录火星。
• China has already begun to make a carrier rocket that will undertake the task of lauching the shenzhou number seven airship , which will be lauched in 2008
  中国已开始制造承担神舟七号飞船发射任务的运载火箭，预计将在2008年发射。
• Compared with the us expendable carrier rockets of the same category , the reliability of china ' s carrier rockets is by no means inferior ( see table 1 )
  与美国同类的一次性使用运载火箭相比，中国运载火箭的可靠性毫不逊色（见下表） 。
• What deserves special mention is that a distinct difference exists between the design technology of the fairing on a carrier rocket and that of a multiple - warhead missile
  更需要指出的是，运载火箭整流罩的设计技术与导弹多弹头整流罩设计技术存在显著的不同。
• New generation carrier rocket system is a complicated system which requires high reliability . in principle , any fault is not allowed when the rocket is launching
  新一代运载火箭系统是一个极其复杂的系统，可靠性要求极高，原则上不允许运载火箭系统在发射过程中出现任何故障。
• Abstract : digital simulation scheme for the pitch program control system of the carrier rocket is presented in this paper based on xxx and emphasized on the scheme " s realizing method , functional block and technological character
  文摘:以某型火箭为例介绍了运载火箭俯仰程序控制系统全数字模拟的实现方案，重点分析了其实现途径、功能模块和技术特点。
• The gas supply system in the launch area offers compressed air 、 high - purity nitrogen and high - purity helium for carrier rocket 、 spacecraft test 、 fueling and satellite launch , which is an important part of the ground service support system in the launch area
  发射场配气系统为运载火箭和卫星测试、加注、发射提供压缩空气、高纯氮气和高纯氦气，是发射场地面勤务系统的重要组成部分。
• Through calculating and analyzing basic performance , the flight characteristic of the towed system is researched . stability and control issue of carrier rocket is discussed primarily . the net result of the thesis will prove the feasibility of the scheme of towed launch
  论文通过牵引系统基本性能的计算和分析，完成牵引飞行特性的研究，同时对运载器的稳定性和控制问题进行初步的探讨，最终结果将验证牵引发射方案的可行性。
• This dissertation focuses on the design and implementation of fault diagnosis expert system for fault detection and management of carrier rocket , to incorporate the technology of fault diagnosis expert system into the whole process of fault diagnosis of rocket ' s producing and launching
  本文通过对运载火箭故障检测处理系统的故障诊断专家系统的设计和实现，来达到将故障诊断专家系统技术应用于火箭生产、发射故障诊断的全过程。
• This paper relies on country 863 project " taking off levelly , two stage to orbit and transatmosphere flight vehicle system design " , research towed flight dynamics primarily , development for our country air launch technology of carrier rocket , offering the essential technological reserve
  本论文以国家863项目“水平起飞两级入轨跨大气层飞行器总体设计”为依托，对牵引飞行动力学进行初步研究，为我国研究运载火箭空中发射技术提供必要的技术储备。
• The astronaut yang liwei , spirited and assured , made his way into shenzhou - 5 , the largest manned spacecraft in the world up to this time . on his shoulders rested the task of achieving glory for the nation . armed with courage and propelled by a sense of responsibility , he was ready for the momentous journey into space . shenzhou - 5 was launched into space by the changzheng - 2f carrier rocket , nicknamed the " magic arrow "
  二零零三年十月十五日早晨，酒泉卫星发射中心一切就绪，航天员杨利伟英姿勃发，神情自若，步入目前世上可用空间最大的载人飞船神舟五号，肩负为国争光的大任，心怀雷霆不移的大勇，责无旁贷，义无反顾，踏上了乘云陵霄、遨游穹苍的征途。