气象雷达

qì xiànɡ léi dá
  • weather radar;cloud scanner
气象雷达气象雷达
  1. C波段双基地气象雷达三维变分风场反演系统

    Retrieval System of 3D-Variational Wind Fields Using C-Band Bistatic Weather Radar

  2. C波段气象雷达发射机控保系统的设计

    Design of Control and Protection System of C Band Weather Radar Transmitter

  3. X波段多参数气象雷达对强风暴云雷电个例的探测研究

    Lightning Detection of a Strong Storm with an X-band Multi-Parameter Meteorological Radar

  4. 基于DSP的气象雷达伺服系统设计

    Design of Servo System Based on DSP for Meteorologic Radar

  5. 双DSP实现气象雷达信号处理

    A Weather Radar Signal Processor with Double DSP

  6. JD公司气象雷达发展存在的若干问题及对策

    On the Problems and Solutions of Meteorological Radar Development of JD Company

  7. 非相干MTI方式对气象雷达地杂波的抑制

    Restrain the error of radar wave by non-coherent MTI mode

  8. 基于PXI的机载气象雷达通用维护系统设计

    Design of General Maintenance System Based on PXI Technique for Airborne Weather Radar

  9. 一种用于气象雷达的AFC系统

    AFC System for Weather Radar

  10. 本文介绍一种适合机载气象雷达的比较完善的STC电路的实现方法。

    This Paper presents a relatively perfect method of implementing the STC circuit suited for airborne weather radars .

  11. MINAS全数字交流伺服系统在气象雷达中的应用

    The Application of MINAS Digital AC Servo System in Meteorological Radar

  12. 简介了故障树技术的原理和CINRAD-C气象雷达BIT系统的组成。

    This article introduces briefly the principle of FAT and configurations of CINRAD-C weather radar 's BIT system .

  13. 另外,在模拟及重建风场过程中,进行系统开发时,使用了VC++6.0为主要编程工具,结合工程计算语言Matlab,运用它的作图功能,来实现双基地气象雷达系统的二维和三维图形显示。

    Moreover terminal system is empoldered mainly by VC + + 6.0 Combining with Matlab . Two - and three-dimensional graphics of bistatic Doppler radar system can be showed by using Matlab 's graphics function .

  14. 描述一种被称为SZ相位编码的解距离模糊方法在脉冲多普勒气象雷达中的应用。

    A method of phase code named SZ code to mitigate range ambiguity applied on a pulse Doppler weather radar is introduced .

  15. 用KZS算法(地物回波)做标准来实现X波段气象雷达回波的微波衰减订正。

    With the KZS algorithm the wavelet attenuation correction of the X-band weather radar is realized by using the ground-clutter echo as the criterion .

  16. 系统采用模块化设计,多CPU并行处理,利用先进的任务分配方式,使系统具有配置灵活,高效运行的特点,能实时完成气象雷达信号处理的五种主要处理模式。

    Modular designing , multiprocessor parallel processing , and advanced task assigning mode make this system flexibly configured and run with high efficiency . It can complete five main modes of weather radar signal processing in real time .

  17. 该系统还采用了ATLAS语言规范、虚拟仪器技术、面向对象技术和抗干扰技术等,并在某机载气象雷达ATS中得到应用。

    In addition , the ATS uses the ATLAS language specification , virtual instruments , facing object and anti-interference technique , and is applied in some kind of weather radar ATS .

  18. 介绍了采用IGBT作开关的全固态调制器,并讨论了采用IGBT的驱动电路和保护电路的设计,着重介绍了某X波段气象雷达发射机调制器的设计。

    This paper introduces switching of all-solid-state modulator using IGBT and discusses the design methods of driven circuit and protected circuit of IGBT . Design of the modulator of the X band weather radar transmitter is emphasized .

  19. 714C气象雷达电磁干扰的分析及解决方法

    Analysis of electromagnetic interference of 714C weather radar and its solution method

  20. 用X波段气象雷达对降雨精细结构观测,获得了125m高距离分辨率的降雨反射率数据。

    In order to observe fine structures of rainfall , the rainfall radar reflectivity data with a high range resolution of 125 m were obtained by using a ground-based X-band meteorological radar .

  21. 低对流层风廓线雷达是我国研制的新型气象雷达,介绍了低对流层风廓线雷达天线的结构设计和力学分析计算,并着重介绍了独特的CoCo天线结构。

    The radar probing low tropospheric wind contour is a new type of meteorological radar first developed in our country . This paper introduces the structural design and mechanical analysis of its antenna . It puts emphasis on the unique structure of the Co-Co antenna .

  22. 本文结合我国气象雷达行业所面临的大好发展形势,回顾了JD公司气象雷达发展的历史。

    This paper , based on the advantageous tendency in the field of our country 's meteorological radar , describes the history of meteorological radar development of JD Company .

  23. 为此,本文介绍了用于某气象雷达计算机终端与信号处理之间高速数据传送的DMA接口支持板的设计思路和实现方法,并给出了软件流程图和汇编程序。

    And then , this article deals with the design and implement of DMA interface-board used for data-transmission between terminal and signal processor in a certain weather radar , and gives its soft flow-chart and assemble program .

  24. 从模拟结果来看,前视风切变气象雷达可提前50~78s进行危险风切变告警,符合NASA和FAA提出的前视风切变探测系统要求。

    From the simulated results , a dangerous windshear is detected 5O ~ 78s , so the radar performance meets the certification requirements proposed by FAA and NASA .

  25. 论述了C波段气象雷达发射机控制和保护系统的设计方法,介绍了嵌入式计算机及EPLD控制发射机的基本使用方法,以及它在发射机显示中的应用。

    The paper describes the design of control and protection system of C band weather radar transmitter . It introduces the basic use of the embedded computer PC / 104 and EPLD in transmitter controlling , and their application in transmitter display .

  26. 705D气象雷达是一种车载式全自动二次测风雷达,配备于炮兵防空兵气象分队。

    705D weather radar is a kind of automatic wind-measuring radar loaded on chariot and equipped for air force .

  27. JYL-6气象雷达可靠性增长研究

    JYL-6 Weather Radar Dependability Improvement Research

  28. 论述了某气象雷达为满足测量大气低层温度需要而设计的RASS声发射装置的工作原理和技术要点。

    This paper describes the operational principle and key techniques of RASS sounding transmitter system designed to measure the temperature of lower atmosphere in a wind profile radar .

  29. 本文介绍了松下MINAS系列全数字交流伺服系统的特点,详细阐述了它在气象雷达中应用的硬件组成和软件设计。

    This paper describes features of MINAS series digital AC servo system , explaines in detail the application of MINAS in meteorological radar , and design of its hardware and software .

  30. 新一代天气雷达(CINRAD)是当今国际上先进的气象雷达之一,它在气象预报和防灾减灾预警系统中发挥了巨大的作用。

    Chinese Next Generation Radar ( CINRAD ) is one of the advanced weather radars in the world today . It plays a huge role in weather forecasting and early warning systems of disaster prevention and mitigation .