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Experimental Test of the Ionosphere Electron Gas Cooling Rate by Excitation of the Fine Structure of the Ground State of Atomic Oxygen

机译：原子氧基态精细结构激发对电离层电子气冷却速率的实验测试

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作者
Carlson, H. C.; Mantas, G. P.;
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年度 1982
页码 p.1-11
总页数 11
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Ionosphere; Ground state; Oxygen; Atoms; Electron gas; Cooling; Rates; Excitation; Experimental data; Reprints;

机译：电离层;基态;氧;原子;电子气;冷却;速率;激发;实验数据;重印;

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专利

1. Cooling rate of thermal electrons by electron impact excitation of fine structure levels of atomic oxygen [J] . A. V.Pavlov, K. A.Berrington Annales Geophysicae . 1999,第7期

机译：通过电子碰撞激发原子氧的精细结构能级对热电子的冷却速率
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. 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
4. Generation of emissions in red and green lines of atomic oxygen with due regard to energetic electron precipitation in the night-time mid-latitude ionosphere [C] . A.V. Tashchilin, L. A. Leonovich, G.K. Matafonov International symposium on atmospheric and ocean optics: atmospheric physics . 2016

机译：适当考虑到夜间中纬度电离层中的高能电子沉淀，在原子氧的红线和绿线中产生发射
5. Experimental Investigation of Adverse Wind Effects on Air Cooled Condensers: Wind Tunnel Testing on a Model Power Plant. [D] . Larson, Rachael Cathleen. 2014

机译：风冷冷凝器的不利风影响的实验研究：模型电厂的风洞测试。
6. Photoelectron-Photofragment Coincidence Spectroscopy With Ions Prepared in a Cryogenic Octopole Accumulation Trap: Collisional Excitation and Buffer Gas Cooling [O] . Ben B. Shen, Katharine G. Lunny, Yanice Benitez, 1970

机译：低温八极体累积阱中制备的离子的光电子-光碎片重合光谱：碰撞激发和缓冲气体冷却
7. Cooling rate of thermal electrons by electron impact excitation of fine structure levels of atomic oxygen [O] . Pavlov A. V., Berrington K. A. 1999

机译：通过电子碰撞激发原子氧的精细结构能级对热电子的冷却速率
8. Electron Impact Excitation of Fine-Structure Levels of Atomic Oxygen. [R] . Le Dourneuf, M., Nesbet, R. K. 1976

机译：微结构原子氧的电子轰击激发。

Experimental Test of the Ionosphere Electron Gas Cooling Rate by Excitation of the Fine Structure of the Ground State of Atomic Oxygen

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