字典二二>英语词典>launch area翻译和用法

launch area

英 [lɔːntʃ ˈeəriə]

美 [lɔːntʃ ˈeriə]

网络  发射区

英英释义

noun

双语例句

  • If these formulas are applied to determine the launch tinu, the satellite will have the maximun photographical latitude or a given area will be photographed in a specific time.
    如果应用这些公式去确定发射时间,卫星将有最大的可摄影纬度,或者在规定时间拍摄给定区域。
  • MIT hopes to launch pilot programs in the Boston area.
    麻省理工学院希望在波士顿地区进行试点。
  • By default, document libraries for a site are accessed from the quick launch pane on the side of the main view area.
    默认情况下,可以通过主视图区域一侧的“快速启动”窗格访问站点的文档库。
  • The launch of the US space shuttle Endeavour has been postponed for a fourth time, because of thunder storms in the area.
    美国航天飞机奋力号因为该地区的雷电暴风天气第四次被推迟发射。
  • There are more and more demands of reliability and complexity in space launch area. For these reasons, it is becoming more urgent in constructing specialist supporting system.
    航天发射的复杂性和高可靠性对航天发射系统提出了越来越高的要求,为此,从系统上建立航天发射专家系统越来越受到航天领域的重视。
  • Second, that Apec should instead launch a Free Trade Agreement of Asia and the Pacific ( FTAAP), converting Apec into a regional free trade area.
    其二,作为替代,APEC应启动一个亚太自由贸易区(FTAAP),将APEC转型为一个地区性自由贸易区。
  • In the case of air-to-air attacking, the air-to-air missile launch area is confirmed, so the difficulty of executing task for UCAVs is reduced.
    在空对空攻击中,通过确定空空导弹的攻击区,减小了UCAV任务执行的难度,同时也提高了命中概率。
  • Workers at the space center examined the launch area.
    工人在航天中心的发射研究领域。
  • Launch process of missile, especially initial disturbance, is an important direction of launch dynamics. With the development of compute simulation and launch dynamics, much technology and method has been researched in the area of launch process.
    导弹发射过程,特别是导弹的初始扰动是发射系统研究的一个重要课题,随着计算机仿真和发射动力学的发展,对导弹发射过程的研究也有许多不同的途径和技术。
  • Metal thermal protection system has the outstanding advantages, such as large-size, reusability, low life-cycle cost, and it is the first choice of widespread passive thermal protection system of reusable launch vehicle in sub-high-temperature area.
    金属热防护系统具有大尺寸、可重复使用、全寿命周期成本低的突出优势,是可重复使用运载器次高温区大面积防热的首选热防护系统。