The results of an investigation into the electron distribution in the general non-thermal models of solar flares were used to calculate the characteristics of the impulsive hard X-rays. The height distribution, the spectrum, the polarization, and directivity of the X-rays were observed and how these X-ray characteristics are affected by the parameters defining the model was investigated. An expression is obtained for the X-ray intensity as a function of source height which is an excellent fit under certain constraints. Some available data with spatial resolution are examined and it is shown that it is possible to reproduce these data adequately with the non-thermal model and to determine the values of the parameters describing the flares
The hard X-ray component in the impulsive phase of solar flares is reported. Observations from OGO-5...
The question of whether the impulsive 25 to 100 keV X-ray emission from solar flares is thermal or n...
Context. Solar flare hard X-rays (HXRs) are thought to be produced by nonthermal coronal electrons s...
A technique for determining the physical arrangement of a solar flare during the impulsive phase was...
Solar Maximum Mission observations of three flares that impose stringent constraints on physical mod...
The important role played by hard X-ray radiation as a diagnostic of impulsive phase energy transpor...
Solar flares are perhaps the most remarkable transient events within the solar system. A century of ...
Solar flares are perhaps the most remarkable transient events within the solar system. A century of ...
Observations of polarization of moderately hard X-rays in solar flares are reviewed and compared wit...
This investigation has involved the correlation of BATSE-observed solar hard X-ray emission with the...
The significance of low hard X-ray polarization measurements for non-thermal models is discussed. Su...
A new analysis was made of a thermal flare model proposed by Brown, Melrose, and Spicer (1979) and S...
Hard X-ray emission in flares is a signature of high energy electron populations in the solar plasma...
X-rays are a valuable diagnostic tool for the study of high energy accelerated electrons. Bremsstrah...
Radiation of energies from 10 KeV to greater than 10 MeV has been observed during solar flares, and ...
The hard X-ray component in the impulsive phase of solar flares is reported. Observations from OGO-5...
The question of whether the impulsive 25 to 100 keV X-ray emission from solar flares is thermal or n...
Context. Solar flare hard X-rays (HXRs) are thought to be produced by nonthermal coronal electrons s...
A technique for determining the physical arrangement of a solar flare during the impulsive phase was...
Solar Maximum Mission observations of three flares that impose stringent constraints on physical mod...
The important role played by hard X-ray radiation as a diagnostic of impulsive phase energy transpor...
Solar flares are perhaps the most remarkable transient events within the solar system. A century of ...
Solar flares are perhaps the most remarkable transient events within the solar system. A century of ...
Observations of polarization of moderately hard X-rays in solar flares are reviewed and compared wit...
This investigation has involved the correlation of BATSE-observed solar hard X-ray emission with the...
The significance of low hard X-ray polarization measurements for non-thermal models is discussed. Su...
A new analysis was made of a thermal flare model proposed by Brown, Melrose, and Spicer (1979) and S...
Hard X-ray emission in flares is a signature of high energy electron populations in the solar plasma...
X-rays are a valuable diagnostic tool for the study of high energy accelerated electrons. Bremsstrah...
Radiation of energies from 10 KeV to greater than 10 MeV has been observed during solar flares, and ...
The hard X-ray component in the impulsive phase of solar flares is reported. Observations from OGO-5...
The question of whether the impulsive 25 to 100 keV X-ray emission from solar flares is thermal or n...
Context. Solar flare hard X-rays (HXRs) are thought to be produced by nonthermal coronal electrons s...