空间探测

  • 网络space exploration
空间探测空间探测
  1. 随着CMOS图像传感器技术的发展,发达国家已经将CMOS图像传感器应用于遥感相机、星敏感器等空间探测领域。

    With the development of CMOS Image Sensor ( CIS ) technology , CIS has been applied to the domain of space exploration such as cameras for remote sensing images , star trackers .

  2. 3S技术在国土、资源、环境行业逐渐受到重视,并在空间探测、数据库建设和辅助决策方面得到深入发展,但在土地利用/覆被变化(LandUse/CoverChange)监测中仍然存在不足。

    3S technology in the land , resources , environment , industry gradually attention and space exploration , database building and supporting decision-making by developing in depth , but in land use / cover change ( Land Use / Cover Change ) there are still inadequate monitoring .

  3. 在空间探测领域中对空间辐射的x射线探测和分析已经成为了空间科学研究的热点问题。

    In the domain of space science , the detection and analysis of the space radiation X-ray is really hot .

  4. 现在X射线已经成为各领域科学研究中不可或缺的研究工具,在空间探测,医疗、能源、航空航天等领域有着比较广泛的应用。

    Nowadays X-ray has become a dispensable tool in researching areas , such as space detection , medical treatment , energy , and astronautics .

  5. 近年来,随着同步辐射和空间探测技术的发展,迫切需要一种能在X射线波段提供高入射光能量的光学元件&X射线宽带多层膜。

    With the recent development of synchrotron radiation and space astronomy technique , a high photon flux optical element-X-ray broadband multilayer is desired urgently .

  6. STK在空间探测相控阵雷达效能仿真中的应用

    Application of STK on Simulation of Space-Detective Phased Array Radar

  7. XLS传感器具有十字瞄准线和视觉反馈功能,可用于空间探测。

    XLS sensors feature cross-hair option for spatial probing with visual feed-back .

  8. 经过多年的发展,CCD在安防监控、空间探测、天文观测、工业检测等领域得到了广泛应用,其应用范围也从原来可见光条件扩展到微光环境中。

    After years of development , CCD has been widely used in many aspects , such as security monitoring , space detection , astronomical observation , industrial testing , etc. and its application scope is also extended to the low-light environment from the original visible-light condition .

  9. 由于线性度和饱和度比照相底片好、灵敏度高、易于数字化处理等优点,CCD一问世就被广泛应用于照相摄影、天文观测、空间探测、卫星测地、军事侦查等各个领域。

    Because CCD has better linearity and saturation than the photographic film and also it is high sensitivity and easy to digital processing , CCD technology is widely used in camera photography , astronomy , space detection , satellite geodesy , military investigation and so on since it appears .

  10. Si-PIN条带探测器是在一个硅基片上刻蚀多个条带探测器,常用于空间探测中的粒子方向测量。

    The Si-PIN strip detector is constructed as several strip detectors in one silicon slice , and can be generally used to measure the particle directions in the space exploration .

  11. 随着CMOS成像技术不断发展和完善,CMOS图像传感器具有低成本、简单的数字接口、高速率等特点而得到广泛应用,尤其是在遥感相机、星敏感器等空间探测领域。

    With the development and perfect of CMOS imaging technology . CMOS image sensor has been appled broad because of its characteristic of low-cost , simple digital interface and fast-speed , especially in the domain of space exploration such as cameras for remote sensing images , star trackers .

  12. COTS(Commercial-Off-The-Shelf)意为商业现货,它在性能指标上能够满足空间探测仪器的需求,同时比宇航级和军品级器件成本低且易获得。

    COTS are short for Commercial Off-The-Shelf . COTS parts can meet the performance requirements of space exploration equipment and is easily to be obtained compared to aerospace and military grade components .

  13. 本文采用空间探测获得的金星和水星的质量和半径测定值,通过求解Emden方程分别建立了4个金星和水星的内部结构模型,图1至图3绘出了内部密度和压力分布曲线。

    With the observed data on masses and radii of Venus and Mercury obtained by means of space explorations , four internal structure models of Venus and Mercury are built respectively by solving Emden eguation .

  14. 在未来的空间探测中(探月计划等),卫星距离更加遥远,通信速率将高达150Mbps以上,因此采用专用的硬件设备进行译码成为必然。

    In our future plant exploration , there will be more far away and higher data rate ( > 150Mbps ), so developing a hardware decoder is necessary .

  15. 大椭圆轨道上空间探测卫星轨道性能分析

    The orbital performance analysis for space exploring satellite with high eccentricity

  16. 液体镜头技术应用于空间探测的初步探讨

    Initial Approach about Application of Liquid Lens in Space Exploration

  17. 空间探测相控阵雷达系统的观测任务编排仿真

    Observation Arrangement Simulation of Phased Array Radar System for Space Target Surveillance

  18. 基于构型的轮式空间探测机器人创新设计与优化

    Mechanism Based Creative Design and Optimum of Wheeled Space Rover

  19. 空间探测是航天技术发展的三大领域之一,月球探测则是初期空间探测的重点。

    Space detection is one of the three developments of space technology .

  20. 论彗星空间探测的科学目标

    SCIENCE On the Scientific Objective of Space Exploration to Comets

  21. 空间探测红外光谱仪信号处理技术

    Signal Processing Techniques of Infrared Spectrum Radiometer for Space Detection

  22. 空间探测相控阵雷达信号处理系统的仿真

    Simulation of the Signal Processing System of a Space Surveillance Phased Array Radar

  23. 用于地震短临前兆的空间探测技术

    Spatial Detect Technique Applied on Earthquake 's Impending Forecast

  24. 我国地球空间探测的一个新台阶&地球空间双星探测计划

    A New Step of Space Exploration in China & Geospace Double Star Exploration Project

  25. 国外空间探测发展分析与展望

    An analysis and prospect for space exploration development

  26. 在空间探测的早期,太阳风湍流现象就已经被空间飞船的观测发现了。

    The solar wind turbulence was found in the early days of spacecraft observations .

  27. 在当前空间探测活动中,交会对接技术已经不可或缺。

    In the current space exploration activities , rendezvous and docking technology is indispensable .

  28. 随着空间探测活动的内容越来越丰富,星载计算机的作用也越来越重要。

    With more space exploration activities , on-board computer plays a more important role .

  29. 空间探测激光距离多普勒雷达系统原理设计

    Design principle of laser range Doppler imaging radar system based on detecting space target

  30. 搜索和跟踪是空间探测相控阵雷达的两种基本工作方式。

    Searching and tracking are the two basic working of space detective phased array radar .