Comparison of solar X-ray line emission with microwave emission during flares.
Solar X ray line emission compared with microwave emission during flares
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Solar X ray line emission compared with microwave emission during flares
Oso solar x-ray data from slow variations & flares
Comparison of solar x-rays with microwave radiation using orbiting solar observatory /oso/ data
Short wave ultraviolet image and spectrum of sun obtained during course of X-ray flare
High energy x-ray bursts observed by orbiting solar observatory i
X-ray line spectrum, spectroheliograph results, & fan beam scans of solar x-ray emission
Generation mechanisms of radio and x-ray bursts from solar flares - bremsstrahlung from solar plasma, gyro and synchrotron radiation from electrons, and plasma radiation
Relations of x-ray radiation, particle emission, and radio emission during solar flares
Solar flares spectra X ray portion, considering spatial distribution, relation to magnetic fields and time sequence of emitting region
Synchrotron and X ray emission generation from upper chromosphere electrons during solar flares
Slowly varying component of solar x-ray flux below 11 angstroms correlated with 2800 mc solar radiation, sid and h alpha flares
High energy X-ray radiation observations by OSO-I satellite following solar flares
Flare rising from behind solar limb deoccultated by simultaneous recording by OSO III X ray detector and photoheliograph
Solar X ray structures during june 8, 1968 flare, using data from rocket-borne grazing incidence telescope
Explosive limb flare of November 20, 1960 shown to coincide with beginning of radio and X-ray emission
Discussion of the importance of laboratory and theoretical investigations for the analysis of solar UV and X-ray data by referring to five problems to which space experimenters are currently devoting a great deal of attention: (1) the temperature minimum at the interface between the photosphere and the chromosphere; (2) the temperature and density profiles of the low chromosphere; (3) the transition zone at the chromosphere-corona interface; (4) the corona; and (5) solar flares. Brief comments are made on the special need for laboratory and theoretical data of all kinds to assist in the interpretation of the rapidly accumulating volume of observations in the X-ray region of the solar spectrum.
Ionospheric effects caused by 2-12 angstrom solar X ray quiescent flux and flare flux
Peaks and time intensity profile of energetic X rays and cosmic rays observed by OGO-C ion chamber on May 23, 1967 flare event