; where Re - unit distance equal to 1 km.;EFFECT: increase of accuracy of required parametres measurement.;3 cl, 1 dwg"/> METHOD OF MEASUREMENT OF ELECTRO-MAGNETIC DENSITY OF CLOUD ENVIRONMENT
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METHOD OF MEASUREMENT OF ELECTRO-MAGNETIC DENSITY OF CLOUD ENVIRONMENT

机译:云环境电磁密度的测量方法

摘要

FIELD: radio engineering.;SUBSTANCE: invention may be used for determination of electro-magnetic density of cloud environment in order to determine physical characteristics of environment. The following is performed: radar probing of cloud at specified length of wave, receiving of signal reflected from local explored area of environment and signal display at radar screen in shape of envelope curve with further incoherent processing of this signal by means of measurement of maximum amplitude of curve (ZR) and distance (R) to this amplitude. Then according to results of incoherent processing of signal, maximum range of instrument contact (Rmax.1) is determined. After this coherent processing of video signal is performed in addition by means of simulation of local motion of explored area along range axis. Then according to ratio of video signal parametres before and after motion, maximum range of instrument contact (RMAX.2) is determined. After this determination of geometrical way (Rmax.g) corresponding to maximum range of instrument contact (RMAX.2) and electro-magnetic density of cloud environment (D) corresponding to it is performed by formula ; where Re - unit distance equal to 1 km.;EFFECT: increase of accuracy of required parametres measurement.;3 cl, 1 dwg
机译:领域:无线电工程。物质:本发明可以用于确定云环境的电磁密度以便确定环境的物理特性。执行以下操作:以指定的波长对雷达进行探测,接收从局部环境探测区域反射的信号,并以包络曲线的形式在雷达屏幕上显示信号,并通过测量最大幅度进一步对该信号进行非相干处理曲线(Z R )和距离(R)到该振幅的距离。然后根据信号不相干处理的结果,确定仪器接触的最大范围(R max.1 )。在此之后,还通过模拟探测区域沿距离轴的局部运动来执行视频信号的相干处理。然后根据运动前后视频信号参数之比,确定仪器接触的最大范围(R MAX.2 )。确定了与仪器接触的最大范围(R MAX.2 )和云环境的电磁密度(D)对应的几何方式(R max.g )对应于它是由公式;其中R e -单位距离等于1 km .;效果:所需参数测量的精度提高; 3 cl,1 dwg

著录项

  • 公开/公告号RU2374663C2

    专利类型

  • 公开/公告日2009-11-27

    原文格式PDF

  • 申请/专利权人 KUZNETSOV JURIJ FEDOROVICH;

    申请/专利号RU20070147185

  • 发明设计人 KUZNETSOV JURIJ FEDOROVICH (RU);

    申请日2007-12-18

  • 分类号G01S13/95;

  • 国家 RU

  • 入库时间 2022-08-21 18:29:55

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