Some results are presented from a continuing investigation of the coronal structure vs. the photospheric magnetic field relationship. Two approaches to the problem are considered. First, the individual coronal features recorded at each limb were located on a chart of the magnetic field measured with low spatial resolution, depicting the large scale or global field configuration. Second, the characteristics of neutral line segments, defined by the presence of H alpha line filament, with no associated coronal structure were investigated. Preliminary results are discussed
Context. Recent work suggested that the traditional picture of the corona above the quiet Sun being ...
The motion of faint propagating disturbances (PDs) in the solar corona reveals an intricate structur...
International audienceThe \emph{Solar Orbiter} (\emph{SolO}) and \emph{Parker Solar Probe} (\emph{PS...
Despite the general agreement that the magnetic field of the Sun dominates the structure and dynamic...
International audienceThe magnetic field shapes the structure of the solar corona, but we still know...
Current information is presented on coronal magnetic fields as they bear on problems of the solar wi...
The deduction of magnetic fields from chromospheric structure is extended to active regions and tran...
Two methods of observing the neutral line of the large-scale photospheric magnetic field are compare...
The magnetic field shapes the structure of the solar corona, but we still know little about the inte...
The magnetic field shapes the structure of the solar corona, but we still know little about the inte...
This is an introduction to this section of the proceedings. In this section is a brief description o...
The synoptic appearance of solar magnetic sectors is studied using 454 sector boundaries observed at...
Recent work suggested that the traditional picture of the corona above the quiet Sun being rooted in...
By examining the magnetic structure at sites in the bright coronal interiors of active regions that ...
The study of coronal bright points (BPs) is important for understanding coronal heating and the orig...
Context. Recent work suggested that the traditional picture of the corona above the quiet Sun being ...
The motion of faint propagating disturbances (PDs) in the solar corona reveals an intricate structur...
International audienceThe \emph{Solar Orbiter} (\emph{SolO}) and \emph{Parker Solar Probe} (\emph{PS...
Despite the general agreement that the magnetic field of the Sun dominates the structure and dynamic...
International audienceThe magnetic field shapes the structure of the solar corona, but we still know...
Current information is presented on coronal magnetic fields as they bear on problems of the solar wi...
The deduction of magnetic fields from chromospheric structure is extended to active regions and tran...
Two methods of observing the neutral line of the large-scale photospheric magnetic field are compare...
The magnetic field shapes the structure of the solar corona, but we still know little about the inte...
The magnetic field shapes the structure of the solar corona, but we still know little about the inte...
This is an introduction to this section of the proceedings. In this section is a brief description o...
The synoptic appearance of solar magnetic sectors is studied using 454 sector boundaries observed at...
Recent work suggested that the traditional picture of the corona above the quiet Sun being rooted in...
By examining the magnetic structure at sites in the bright coronal interiors of active regions that ...
The study of coronal bright points (BPs) is important for understanding coronal heating and the orig...
Context. Recent work suggested that the traditional picture of the corona above the quiet Sun being ...
The motion of faint propagating disturbances (PDs) in the solar corona reveals an intricate structur...
International audienceThe \emph{Solar Orbiter} (\emph{SolO}) and \emph{Parker Solar Probe} (\emph{PS...