高空探测

  • 网络upper air soundings;upper-air observation
高空探测高空探测
  1. RTR高空探测系统技术方案

    Technique Project of the RTR Altitude Detection System

  2. RTR高空探测系统保留了无线电经纬仪的优点,增加了测距功能,具有较好的低仰角测风精度。

    System of the RTR altitude detection inherits merit of the wireless theodolite , add new function of range finder and have good accuracy of anemography through lower elevation .

  3. 介绍了大气廓线综合探测系统&风廓线仪与RASS雷达的工作原理,并以具体实例来说明这种探测技术在国外高空探测领域中的广泛应用。

    The work principles of the atmosphere profile synthesis detecting system ( the wind profiler and RASS radar ) are introduced . The application of the detecting technology in the upper air abroad is discussed by giving some examples .

  4. 新一代高空探测系统使用技巧和故障处理方法

    Use Skills and Troubleshooting Solutions for New Generation Upper-Level Sounding System

  5. 双波长高空探测激光雷达技术

    Dual-Wavelength High Altitude Detecting Lidar Technology

  6. 反作用力推动飞机穿空而过,正如反作用力把高空探测火箭送进天空一样。

    Reaction pushes the plane through the air , just as reaction sends skyrockets into the heavens .

  7. 高空探测火箭如果不能把资料送回地面,那就没有什么用处了。

    Sounding rockets would be useless if they were unable to send information back to the earth .

  8. 同时指出了目前高空探测气球应解决的若干问题。

    Meanwhile , some problems on upper air sounding balloon that should be solved at present are pointed out .

  9. 然后对再入飞行器攻击活动目标可以采用的导引头以及高空探测系统进行了分析;

    Then , the target seeker and high altitude detector which can be used on reentry vehicles to attack the moving target are analyzed ;

  10. 利用青岛市连续9年的高空探测资料,分析出大气温度的变化与高空臭氧层有关,高层气温与地面气温呈负相关变化。

    The relation between reduction of ozone layer and atmospheric temperature has been analyzed by using materials of radiosonde observation during nine years in Qingdao .

  11. 影响高空探测高度的若干因素及提高探测高度的对策水样浊度对甲醛含量测定结果的影响及减小影响的措施初探

    Factors Barring the Height in Upper Altitude Exploration and Countermeasures for Increasing the Height Study on the Effect of the Turbidity of Water Sample to Formaldehyde Content and Corresponding Deduction Way

  12. 在已有的双波长高空探测激光雷达的基础上,通过采用钠原子滤光器技术以及配合相应的关键技术,使得其中的钠层荧光通道具有了白天探测能力。

    Basing on the dual-wavelength high altitude detecting lidar that we have developed , the daytime observation ability has been realized in its sodium fluorescence channel by employing Na ( sodium ) atomic optical filter and other relevant technologies .

  13. 利用威海市1960年1月~1997年12月的的观测资料和灾情报告以及1986年1月~1995年12月的欧亚高空探测资料,分析了威海市冰雹的时空分布特征和天气气候特征。

    The time and space distribution of hail storms in Weihai City are analyzed with observational data and catastrophic events report from January 1960 to December 1997 at sampling stations and sounding data from January 1986 to December 1995 in Europe and Asia .

  14. 程序实现了测报质量自动统计、探空原始资料上传和光学经纬仪与701雷达对比观测数据处理程序化等功能,使高空探测业务工作在规范化、自动化方面更进一步。

    The program realizes many functions such as automatic counted operation quality , up-transmission of sounding data , optical theodolite and 701 radar contradistinctive observation data . It make the operation in high observation get a further progress in the aspects of standardization as well as automatization .

  15. 计算结果表明,对于传统的高空风探测,可仍然采用站心坐标系进行高空风的计算;对于GPS定位测风,可根据位置参数直接采用地心坐标系进行高空风的计算。

    The results showed that the upper winds could be calculated in the station-origin coordinate system for the traditional sounding methods , but they should be directly calculated from the position parameters in the WGS-84 for the GPS sounding method .

  16. 浅析400M-701C高空气象探测资料的常见问题

    A brief analysis on the common problems of 400M-701C upper-level atmospheric sounding data

  17. 705D型高空气象探测雷达是车载式全自动二次测风雷达,配备于炮兵防空兵气象分队,它在炮兵部队的攻击过程中,起着非常重要的作用。

    The 705D high altitude meteorological exploring radar is a automatic vehicle-loaded radar which is very important in the attacking process of artillery .

  18. 59-701高空气象探测数据处理系统的使用技巧

    Applied Skills about Data Processing System for " 59-701 " Upper-air Observation

  19. 常用的高空气象探测方法是采用无线电探空仪,由探空气球携带升空,进行高空气象测量。

    Common aerological detection is taken by radiosonde carried by sounding balloon .

  20. 高空大气探测激光雷达的安装与调试

    Assembly and adjustment of high atmosphere detection laser radar

  21. 和平号探空火箭轻便式气球、火箭高空大气探测共用系统

    A portable sharing upper atmospheric sounding system used by both balloon and micro-rocket

  22. 大气臭氧与气溶胶垂直分布的高空气球探测

    Balloon Observation of Atmospheric Ozone and Aerosols

  23. 主要用于探空气球和微型火箭对高空大气探测数据的接收和处理。

    It is mainly used to receive and process the data from balloons and micro-rockets .

  24. 介绍“59701”高空气象探测处理系统实时探测中的记录处理技巧。

    Introduce the skills in processing real-time sounding records of Data Processing System for " 59-701 " Upper-air Observation .

  25. 赖特把婚戒绑在一木制铲上,然后把木制铲栓在一个高空气象探测气球上。

    The ring was strapped to a wooden spatula , which was then tied to a high-altitude weather balloon .

  26. 介绍了高空大气探测激光雷达的接收望远镜的光路及安装与调试的情况。

    Assembly and adjustment of a receiver telescope of high atmosphere detection laser radar are introduced , and it 's light way is listed .

  27. 高空气象探测与人类的生活紧密相关,直接影响到国家建设、科技发展、环境保护等众多领域。

    Aerological exploration is closely related to human life and has direct impact on fields as infrastructure construction , science technology development and environment protection .

  28. 但是由于高空气象探测系统的硬件设备和软件设计者各不相同,所以软件的分析思路和设计过程也各有千秋,导致了高空气象探测软件多种多样,不利于系统的扩展和维护。

    But system hardware or software designer is different , so system analysis and design process is also varied . Then different upper-air sounding systems don 't favor the expansion and maintenance .

  29. 鉴于对高空大气探测日益增多的需求,而常用的接收、跟踪定位设备却比较笨重而且灵活性差,不能适应既需要机动灵活又能适合于多种场合使用的要求。

    The requirements of upper atmospheric exploration systems are increasing , but usual receiving and tracking equipment are ponderous and with bad agility , and more and more unsuitable for multi-purpose situation which need more flexibility .

  30. 连接翼布局是高空长航时探测无人机的适宜布局之一。

    The joined-wing configuration is one of the good options for high altitude and long endurance unmanned aerial vehicles .