The Aurora Inferred From S3-3 Particles and Fields

JOURNAL OF GEOPHYSICAL RESEARCH-SPACE PHYSICS(1981)

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摘要
Measurements from the University of California at Berkeley electric field experiment are combined with electron and ion measurements from the Lockheed and Aerospace experiments flown on the S3-3 satellite for two dusk auroral acquisitions on September 6 and September 18, 1976. For the first time, the diverse measurements obtained by experiments on S3-3 are combined in an attempt to describe the auroral morphology at - 1 Re altitude. A detailed picture of several electrostatic shocks, plasma wave emissions, and particle distributions are presented with auroral precipitation boundaries. Comparisons between estimated electric potentials above and below the satellite with those potentials measured at the satellite are made for a broad inverted 'V' structure.
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imply the existence of an acceleration,later called conics. these conical ion distributions,unlike the field-aligned ions,ported the observation of electrostatic shockslectric fields narrowly confined in space with magnitudes often in excess of 500 mv/m. electrostatic shocks were shown to be associated with electrostatic ion cyclotron waves and electric field turbu- lence. sharp et al. 1977 reported the observation of o + ions flowing out of the ionosphere at pitch angles of 130 ø to 140 ø,particle acceleration,electric field,shock wave
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