BibTeX
@MISC{Storm_polargeophysical,
author = {Geomagnetic Storm},
title = {Polar Geophysical Institute POLAR CURRENT SYSTEMS AT THE MAIN PHASE OF A},
year = {}
}
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Abstract
Abstract. By the method of Artificial Neural Networks (ANN) the connection of magnetic disturbances in auroral region and mid and low latitude magnetic disturbances at the main phase of a geomagnetic storm is investigated. The search of nonlinear correlations between indices of auroral electrojets intensity (AU, AL) and indices of a ring current intensity (SYM, ASY) confirms a well-known relationship between westward electrojet and asymmetric part of the ring current as well as eastward electrojet and symmetric part. The opportunity of comprehensible neural network recovery of auroral elecrojets intensity indices according to indices of a ring current intensity is proved. Characteristic quantities of forestalling times in development of mid-latitude magnetospheric processes relatively polar processes are determined. 1.
Keyphrases
ring current intensity auroral elecrojets intensity index mid-latitude magnetospheric process well-known relationship auroral electrojets intensity westward electrojet characteristic quantity polar process comprehensible neural network recovery magnetic disturbance asymmetric part symmetric part geomagnetic storm auroral region nonlinear correlation main phase low latitude magnetic disturbance artificial neural network eastward electrojet
