Studies of the structure and composition of the solar corona were undertaken, using a number of satellite observations of the coronal X-ray spectrum. A systematic technique was developed to carry out the required analysis, and the analytical techniques available to calculate the coronal spectrum have been developed and improved. A review of other analyses of solar coronal structure is also included
The determination of electron density in the solar atmosphere using diagnostic line ratios has been ...
We have re-analyzed Solar Ultraviolet Measurement of Emitted Radiation (SUMER) observations of a par...
Since the early 1970s we have been developing the extensive computer programs needed to construct mo...
Coronal condensations associated with active regions are investigated by comparing their X-ray and E...
New Extreme Ultra-Violet (EUV) observations of the solar corona, obtained by the Coronal Diagnostic ...
Data acquired by two flights of an array of six Bragg crystal spectrometers on an Aerobee rocket to ...
The study of the physical conditions within the solar corona and the development of instrumentation ...
New UV and EUV observations of off-limb and upper solar corona made by the UltraViolet Coronagraph S...
We study X-ray-synthesized spectra of solar regions as templates to interpret analogous stellar spec...
Since the early 1970s we have been developing the extensive computer programs needed to construct mo...
We study the physics of the solar corona as a whole, i.e. of the Sun as a Star, in order to understa...
Progress made in describing and interpreting coronal plasma processes and the relationship between t...
A detailed reexamination of the temperature-density structure of the photosphere and low chromospher...
This contract supported the investigation of elemental abundances in the solar corona, principally t...
In 1987, our consortium pioneered the application of normal incidence multilayer X-ray optics to sol...
The determination of electron density in the solar atmosphere using diagnostic line ratios has been ...
We have re-analyzed Solar Ultraviolet Measurement of Emitted Radiation (SUMER) observations of a par...
Since the early 1970s we have been developing the extensive computer programs needed to construct mo...
Coronal condensations associated with active regions are investigated by comparing their X-ray and E...
New Extreme Ultra-Violet (EUV) observations of the solar corona, obtained by the Coronal Diagnostic ...
Data acquired by two flights of an array of six Bragg crystal spectrometers on an Aerobee rocket to ...
The study of the physical conditions within the solar corona and the development of instrumentation ...
New UV and EUV observations of off-limb and upper solar corona made by the UltraViolet Coronagraph S...
We study X-ray-synthesized spectra of solar regions as templates to interpret analogous stellar spec...
Since the early 1970s we have been developing the extensive computer programs needed to construct mo...
We study the physics of the solar corona as a whole, i.e. of the Sun as a Star, in order to understa...
Progress made in describing and interpreting coronal plasma processes and the relationship between t...
A detailed reexamination of the temperature-density structure of the photosphere and low chromospher...
This contract supported the investigation of elemental abundances in the solar corona, principally t...
In 1987, our consortium pioneered the application of normal incidence multilayer X-ray optics to sol...
The determination of electron density in the solar atmosphere using diagnostic line ratios has been ...
We have re-analyzed Solar Ultraviolet Measurement of Emitted Radiation (SUMER) observations of a par...
Since the early 1970s we have been developing the extensive computer programs needed to construct mo...