Inversion of Stokes V profiles: The structure of solar magnetic fluxtubes and its dependence on the filling factor.

Details Inversion of Stokes V profiles: The structure of solar magnetic fluxtubes and its dependence on the filling factor. Inversion of Stokes V profiles: The structure of solar magnetic fluxtubes and its dependence on the filling factor.

Jan 1991

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1991sopo.work..387k&link_type=abstract

Solar Polarimetry, Proceedings of the 11th Sacramento Peak Summper Workshop. Edited by L.J. November. Sunspot, NM: National Sola

Physics

Scientific paper

The authors present results from an inversion procedure that derive the temperature stratification, the turbulent velocity, and the magnetic field strength of the photospheric layers of magnetic fluxtubes from observed Stokes V spectra near disk center. In a first step the inversion has been applied to 10 Fe I and Fe II Stokes V profiles of a plage and a network region to obtain reliable models of the fluxtubes. In a second step the dependence of the fluxtube structure on the filling factor has been studied with spectra of 3 Fe I lines from 23 different regions based on the models derived in the first step.

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