Influence of Magnetically Conjugate Fragments of Auroral Emission Images on the Accuracy of Determining E{sub av} of Precipitating Electrons

Results of magnetic conjugation of image fragments of auroral emissions at different altitudes along the magnetic field lines and preliminary results of evaluation of their influence on the accuracy of remote mapping of energy characteristics of precipitating electrons are presented. The results are...

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Published in:Russian physics journal 2018-05, Vol.61 (1)
Main Authors: Banshchikova, M. A., Chuvashov, I. N., Kuzmin, A. K., Kruchenitskii, G. M.
Format: Article
Language:English
Subjects:
ALTITUDE
AURORAE
CENTER-OF-MASS SYSTEM
CLASSICAL AND QUANTUM MECHANICS, GENERAL PHYSICS
COMPUTER CODES
ELECTRONS
EMISSION
GEOMAGNETIC FIELD
MAPPING
METEOROIDS
SPACE VEHICLES
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container_title Russian physics journal
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creator Banshchikova, M. A.
Chuvashov, I. N.
Kuzmin, A. K.
Kruchenitskii, G. M.
description Results of magnetic conjugation of image fragments of auroral emissions at different altitudes along the magnetic field lines and preliminary results of evaluation of their influence on the accuracy of remote mapping of energy characteristics of precipitating electrons are presented. The results are obtained using the code of tracing being an integral part of the software Vector M intended for calculation of accompanying, geophysical, and astronomical information for the center of mass of a space vehicle (SV) and remote observation of aurora by means of Aurovisor-VIS/MP imager onboard the SV Meteor-MP to be launched.
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source Springer Nature
subjects ALTITUDE
AURORAE
CENTER-OF-MASS SYSTEM
CLASSICAL AND QUANTUM MECHANICS, GENERAL PHYSICS
COMPUTER CODES
ELECTRONS
EMISSION
GEOMAGNETIC FIELD
MAPPING
METEOROIDS
SPACE VEHICLES
title Influence of Magnetically Conjugate Fragments of Auroral Emission Images on the Accuracy of Determining E{sub av} of Precipitating Electrons
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