Radio wave active Doppler imaging of space plasma structures: Arrival angle, wave polarization, and Faraday rotation measurements with the radio plasma imager

Bodo W. Reinisch; Shing F. Fung; William W. L. Tavior

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Radio wave active Doppler imaging of space plasma structures: Arrival angle, wave polarization, and Faraday rotation measurements with the radio plasma imager

机译：空间等离子体结构的无线电波有源多普勒成像：利用无线电等离子成像仪的到达角，波极化和法拉第旋转测量

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Radio sounding in the magnetosphere by the radio plasma imager on the IMAGE spacecraft will determine the dimensions and shape of the cavity between the magnetopause and the plasmapause. Omnidirectional transmission of pulsed radio signals results in echoes arriving from many directions. Quadrature sampling and Doppler analysis of the signals received on three orthogonal antennas will make it possible to determine the angles of arrival of the echoes, their polarization ellipses, and the Faraday rotation. Decomposition of the echo signals into the two characteristic waves is used to identify the O- and X-wave components.

机译：IMAGE航天器上的无线电等离子体成像器在磁层中的无线电探测将确定磁层顶与等离子体暂停之间空腔的尺寸和形状。脉冲无线电信号的全向传输导致回波从许多方向到达。对在三个正交天线上接收到的信号进行正交采样和多普勒分析，将可以确定回波的到达角度，其极化椭圆和法拉第旋转。将回波信号分解为两个特征波用于识别O和X波分量。

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《Radio Science》 |1999年第6期|1513-1524|共12页
作者
Bodo W. Reinisch; Shing F. Fung; William W. L. Tavior;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类无线电电子学、电信技术;
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专利

1. Radio wave active Doppler imaging of space plasma structures: Arrival angle, wave polarization, and Faraday rotation measurements with the radio plasma imager [J] . Bodo W. Reinisch, Gary S. Sales, D. Mark Haines, Radio Science . 1999,第6期

机译：空间等离子体结构的无线电波有源多普勒成像：利用无线电等离子成像仪的到达角，波极化和法拉第旋转测量
2. Faraday-rotation fluctuations from radio-sounding measurements of the circumsolar plasma using polarized signals from the HELIOS-1 and HELIOS-2 space probes [J] . Efimov A. I., Lukanina L. A., Rogashkova A. I., Astronomy reports . 2015,第4期

机译：使用HELIOS-1和HELIOS-2空间探测器的极化信号，从绕太阳等离子体的无线电声测量得出的法拉第旋转涨落
3. Imaging of ionospheric density structures and plasma drifts using artificial illumination by high-power radio waves [J] . Bernhardt P.A., Selcher C.A., Siefring C.L., IEEE Transactions on Plasma Science . 2005,第2期

机译：使用大功率无线电波的人工照明对电离层密度结构和等离子体漂移成像
4. Active Remote Sensing Of Space Plasmas With High Power Radio Waves [C] . Bernhardt, P.A. . 1994

机译：高功率无线电波对空间等离子体的主动遥感
5. Very low frequency radio waves produced by electron beam injection in space plasmas [D] . Reeves, Geoffrey David 1989

机译：在空间等离子体中通过电子束注入产生的极低频无线电波
6. Radio-Wave Heating of Iron Oxide Nanoparticles Can Regulate Plasma Glucose in Mice [O] . Sarah A. Stanley, Jennifer E. Gagner, Shadi Damanpour, -1

机译：氧化铁纳米颗粒的电波加热可调节血浆葡萄糖在小鼠
7. The Linear Polarization of Radio Sources Between 11 and 20 cm Wavelength. III. Influence of the Galaxy on Source Depolarization and Faraday Rotation [O] . FF Gardner, D Morris, JB Whiteoak 1969

机译：在11到20cm波长之间的无线电源的线性偏振。 III。银河系对源去极化和法拉第旋转的影响
8. Depolarization of cosmic radio emission due to dispersion of faraday rotation of radiowave polarization planes depolyarizatsiya kosmicheskogo radioizlucheniya iz-za dispersii faradyevskogo vrashcheniya ploskostey polyarizatsii radiovoln [R] . Khrulev, V. V., Razin, V. A. 1966

机译：由于无线电波偏振平面的法拉第旋转的散射引起的宇宙无线电发射的去极化depolyarizatsiya kosmicheskogo radioizlucheniya iz-za dispersii faradyevskogo vrashcheniya ploskostey polyarizatsii radiovoln

Radio wave active Doppler imaging of space plasma structures: Arrival angle, wave polarization, and Faraday rotation measurements with the radio plasma imager

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