Moderate Geomagnetic Storms: Interplanetary Origins and Coupling Functions (ISEE3 Data)

Details Moderate Geomagnetic Storms: Interplanetary Origins and Coupling Functions (ISEE3 Data) Moderate Geomagnetic Storms: Interplanetary Origins and Coupling Functions (ISEE3 Data)

Jan 1996

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1996plas.work..146m&link_type=abstract

Proceedings of the Fourth Brazilian Meeting on Plasma Physics and the Sixth Brazilian Plasma Astrophysics Workshop, p. 146

Physics

Plasma Physics

Solar Activity Effects, Ring Currents, Magnetopause, Magnetic Storms, Solar Storms, Solar Wind, Storms, Injection, Noise Storms, Spread F

Scientific paper

Geomagnetic storms are related to the ring current intensification, which is driven by energy injection primarily during energetic solar wind-magnetosphere coupling due to reconnection at the magnetopause. This work identified the interplanetary origins of moderate geomagnetic storms (-100nT is less or equal to Dstpeak is less than or equal to -50 nT) and analyzed the coupling processes during the storm main phase at solar maximum (1978-1979).

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