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Usage of the Internet Resources for Research of the Ionosphere and the Determination of Radio Wave Propagation Conditions

机译：互联网资源对电离层的研究和无线电波传播条件的测定

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Maltseva Olga;
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1. Discussion on A study of ionospheric propagation by means of ground back-scatter, The technique of ionospheric investigation using ground back-scatter????????, ????????An experiment to test the reciprocal radio transmission conditions over an ionospheric path of 740 km and An experimental test of reciprocal transmission over two long-distance high-frequency radio circuits before the Radio and Telecommunication Section, 31st October, 1955 [J] . Proceedings of the IEE - Part B: Radio and Electronic Engineering . 1956,第8期

机译：关于利用地面反向散射进行电离层传播研究的讨论，利用地面反向散射进行电离层研究的技术1955年10月31日在无线电和电信科之前进行的740 km电离层路径的环境条件和两个长距离高频无线电电路的双向传输的实验测试
2. The authors' replies to the discussion on ????????A study of ionospheric propagation by means of ground back-scatter????????, ????????The technique of ionospheric investigation using ground back-scatter????????, ????????An experiment to test the reciprocal radio transmission conditions over an ionospheric path of 740 km and ?An experimental test of reciprocal transmission over two long-distance high-frequency radio circuits [J] . Shearman E.D.R., Meadows R.W., Laver F.J.M., Proceedings of the IEE - Part B: Radio and Electronic Engineering . 1956,第8期

机译：作者对“借助地面反向散射进行电离层传播的研究”，“电离层调查技术”的讨论的答复。使用地面反向散射试验，测试电离层路径在740 km上的双向无线电传输条件，以及在两个长距离上进行双向传输的实验距离高频无线电电路
3. IRI model in the problem of predicting ionospheric radio-wave propagation under conditions of high solar activity [J] . Krasheninnikov I. V., Pavlova N. M., Sitnov Yu. S. Geomagnetism and aeronomy . 2017,第6期

机译：IRI模型在高太阳能活性条件下预测电离层无线电波传播的问题
4. Effect of solar flares on ionospheric VLF radio wave propagation, modeling with GEANT4 and LWPC and determination of effective reflection height [C] . Palit Sourav, Basak Tamal, Pal Sujay, 2014 31st URSI General Assembly and Scientific Symposium . 2014

机译：太阳耀斑对电离层VLF无线电波传播的影响，GEANT4和LWPC的建模以及有效反射高度的确定
5. NIGHTTIME LOWER IONOSPHERE ELECTRON DENSITY MEASUREMENTS BY RADIO WAVE PROPAGATION TO ASCENDING ROCKETS. [D] . MECHTLY, EUGENE ANTIS. 1962

机译：通过无线电波传播到上升火箭的夜间低电离层电子密度测量。
6. The 6 September 2017 X‐Class Solar Flares and Their Impacts on the Ionosphere GNSS and HF Radio Wave Propagation [O] . Y. Yasyukevich, E. Astafyeva, A. Padokhin, -1

机译：2017年9月6日X级太阳耀斑及其对电离层GNSS和HF无线电波传播的影响
7. Analysis of the Conditions for the Radio Waves Propagation in the Waveguide “Earth-Ionosphere” on the Paths “Novosibirsk-Ulan-Ude” and “Komsomolsk-on-Amur-Ulan-Ude” During Magnetic Storms August 31-September 12, 2017 [O] . Yuri Bashkuev, Victor Advokatov, Darima Buyanova, 2018

机译：2017年8月31日至9月12日磁场磁风暴中“Novosibirsk-Ulan-Ude”和“Komsomolsk-on-Amur-Ulan-Ude”的波导“地球层”中无线电波传播条件分析
8. The Propagation of Very Short Radio Waves through the Ionosphere and the Investigation of Ionospheric Models. [R] . rohde,frederick w. 1974

机译：极短无线电波通过电离层的传播和电离层模型的研究。

Usage of the Internet Resources for Research of the Ionosphere and the Determination of Radio Wave Propagation Conditions

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