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Influence of the ionosphere and the troposphere on the propagation of radio waves in the detection of space debris objects using multi-position radar system

机译：电离层和对流层对多位置雷达系统探测空间碎片物体中无线电波传播的影响

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The work is devoted to the analysis of the influence of the ionosphere and the troposphere on the propagation of radio waves in the detection of space debris objects using multi-position radar system. To analyze the problem, we used a method of geometric optics that made it possible to estimate signal distortions that affect the noise immunity of a multi-position radar.

机译：这项工作致力于在使用多位置雷达系统探测空间碎片物体时，分析电离层和对流层对无线电波传播的影响。为了分析该问题，我们使用了一种几何光学方法，可以估算影响多位置雷达抗噪性的信号失真。

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来源
《2017 Progress in Electromagnetics Research Symposium - Fall》|2017年|1713-1716|共4页
会议地点 Singapore(SG)
作者
A. I. Baskakov; A. A. Komarov; M. S. Mikhailov; V. A. Permyakov;
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作者单位

National Research University “Moscow Power Engineering Institute”, Russia;

National Research University “Moscow Power Engineering Institute”, Russia;

National Research University “Moscow Power Engineering Institute”, Russia;

National Research University “Moscow Power Engineering Institute”, Russia;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Ionosphere; Radar antennas; Radar cross-sections; Frequency measurement; Radar detection;

机译：电离层;雷达天线;雷达截面;频率测量;雷达检测;;

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1. A System-Level Analysis of Possibilities for Developing a Multi-Position Space-Coherent Radar (Radio Holographic) System. Synchronization (Phasing) of Antenna Positions. Preliminary Adjustments of common Antenna. Determination of Number of Positions [J] . N.N.Gorobets, N.I.Matyuhin Telecommunications and Radio Engineering . 2001,第2期

机译：开发多位置空间相干雷达（无线电全息）系统的可能性的系统级分析。天线位置的同步（定相）。通用天线的初步调整。确定职位数
2. Discussion on Accurate measurement of the group velocity of radio waves in the atmosphere, using radar technique, A method of determining the velocity of radio waves over land on frequencies near 100 kc/s and The measurement of the velocity of propagation of centimetre radio waves as a function of height above the Earth. Part 1: Ground-level measurements of the velocity of propagation over a sea path before the Radio Section, 7th May, 1947 [J] . Electrical Engineers - Part III: Radio and Communication Engineering, Journal of the Institution of . 1947,第32期

机译：讨论使用雷达技术准确测量大气中无线电波的群速，确定频率在100 kc / s附近的陆地上无线电波速度的方法以及测量厘米无线电波传播速度的方法是地球高度的函数。第1部分：1947年5月7日在无线电台之前对海面传播速度进行地面测量
3. The capability analysis of the bistatic radar system based on Tianlai radio array for space debris detection [J] . Li Jiawei, Gao Pengqi, Shen Ming, Advances in space research . 2019,第9期

机译：基于天力无线电阵列空间碎片检测的基于天才无线电阵列的体系能力分析
4. Influence of the Ionosphere and the Troposphere on the Propagation of Radio Waves in the Detection of Space Debris Objects Using Multi-position Radar System [C] . A. I. Baskakov, A. A. Komarov, M. S. Mikhailov, Progress in Electromagnetic Research Symposium . 2017

机译：电离层和对流层对无线电波传播的影响使用多位置雷达系统检测空间碎屑物体
5. Universal object-oriented design for an ionospheric model conducive to electromagnetic waves propagation [D] . Hofer, Amanda Glen. 2014

机译：有助于电磁波传播的电离层模型的通用面向对象设计
6. Small Foreign Object Debris Detection for Millimeter-Wave Radar Based on Power Spectrum Features [O] . Peishuang Ni, Chen Miao, Hui Tang, 2020

机译：基于功率谱特征的毫米波雷达小异物检测
7. Influence of an inhomogeneous ground on the propagation of VLF radio waves in the earth-ionosphere waveguide [O] . J.R. Wait 1965

机译：不均匀地对地球 - 电离层波导在VLF无线电波传播的影响

Influence of the ionosphere and the troposphere on the propagation of radio waves in the detection of space debris objects using multi-position radar system

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