Plasma Wave Observations at Comets Giacobini‐Zinner and Halley

Plasma Wave Observations at Comets Giacobini‐Zinner and Halley
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贾科比尼-津纳彗星和哈雷彗星的等离子体波观测

DOI:
10.1029/gm053p0031
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发表时间:
2013
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--
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通讯作者:
F. Scarf
F. Scarf
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作者:
F. Scarf

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在较低混合共振频率到电子等离子体频率的光谱范围内对彗星等离子体波进行了测量。结果表明等离子体物理在控制太阳风与彗星的相互作用中发挥了重要作用。各种非常强的波粒相互作用被发现在发生强质量负荷的整个区域中发展,并且在太阳风吸收新生离子的广大区域中发现了额外重要的等离子体不稳定性。讨论了在高速撞击航天器的大通量尘埃粒子存在的情况下进行等离子体波测量所涉及的困难。
Cometary plasma wave measurements in the spectral range from the lower hybrid resonance frequency to the electron plasma frequency are presented for the Comets Giacobini-Zinner and Halley. The results show the significant role played by plasma physics in controlling the solar wind interaction with a comet. A variety of very strong wave-particle interactions are found to develop in the entire region where strong mass loading occurs, and additional important plasma instabilities are found in the vast region where newly-born ions are picked up by the solar wind. The difficulties involved in making plasma wave measurements in the presence of large fluxes of dust particles impacting the spacecraft at high speed are discussed.
土木工程规划研究会议论文集。8。(1986)
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