Convective instability in the solar corona growth, especially linear growth, was studied. An investigation was also made of nonlinear instability development on a computer. The computer was used to follow a growing perturbation from a small local enhancement in the density of the solar wind to a large increase in the density which would look like one of the rays seen in the sun's corona
Progress made in describing and interpreting coronal plasma processes and the relationship between t...
This report covers technical progress during the third year of the NASA Space Physics Theory contrac...
Three transient phenomena interpreted as coronal magnetic bottle at 10 solar radii having expansion ...
Several problems in astrophysics are examined where departures from purely thermal behavior are expe...
Nonlinear treatment of prominence condensation from solar corona by thermal instabilit
The present work consists of two parts: the first devoted to the study of the heating of the magneti...
If theta dependence is kept in the Navier-Stokes equations for the solar wind, than a density enhanc...
The aim of this thesis has been to carry out 3D MHD simulations to investigate nonlinear MHD instabi...
The primary objective of this research program is to improve our understanding of the dynamics and e...
The physics of coronal transients, the characteristics of radiation and accelerated particles at the...
Observations of the corona and solar wind are analyzed and compared with generalized results derived...
Laboratory experiments simulating many of the dynamical features of solar coronal loops have been ca...
Short time scale changes in the bulk speed were found not to coincide with X-ray transients near the...
Prominence condensation and support, the dynamics of coronal loops, and streamer structure and disco...
Magnetohydrodynamic stability theory provides a powerful tool for understanding and testing hypothes...
Progress made in describing and interpreting coronal plasma processes and the relationship between t...
This report covers technical progress during the third year of the NASA Space Physics Theory contrac...
Three transient phenomena interpreted as coronal magnetic bottle at 10 solar radii having expansion ...
Several problems in astrophysics are examined where departures from purely thermal behavior are expe...
Nonlinear treatment of prominence condensation from solar corona by thermal instabilit
The present work consists of two parts: the first devoted to the study of the heating of the magneti...
If theta dependence is kept in the Navier-Stokes equations for the solar wind, than a density enhanc...
The aim of this thesis has been to carry out 3D MHD simulations to investigate nonlinear MHD instabi...
The primary objective of this research program is to improve our understanding of the dynamics and e...
The physics of coronal transients, the characteristics of radiation and accelerated particles at the...
Observations of the corona and solar wind are analyzed and compared with generalized results derived...
Laboratory experiments simulating many of the dynamical features of solar coronal loops have been ca...
Short time scale changes in the bulk speed were found not to coincide with X-ray transients near the...
Prominence condensation and support, the dynamics of coronal loops, and streamer structure and disco...
Magnetohydrodynamic stability theory provides a powerful tool for understanding and testing hypothes...
Progress made in describing and interpreting coronal plasma processes and the relationship between t...
This report covers technical progress during the third year of the NASA Space Physics Theory contrac...
Three transient phenomena interpreted as coronal magnetic bottle at 10 solar radii having expansion ...