Solar active regions observed during the period of Skylab observations (May 1973-February 1974) were examined for properties that varied systematically with location on the sun, particularly with respect to the location of coronal holes. Approximately 90 percent of the optical and X-ray flare activity occurred in one solar hemisphere (136-315 heliographic degrees longitude). Active regions within 20 heliographic degrees of coronal holes were below average in lifetimes, flare production, and magnetic complexity. Histograms of solar flares as a function of solar longitude were aligned with H alpha synoptic charts on which active region serial numbers and coronal hole boundaries were added
An event compilation is presented which correlates ATM/S-056 X-ray event analyzer solar observations...
Active heliographic longitudes at the sun are investigated by using the observational data for long-...
The advantages of observing coronal holes of the sun above the solar ecliptic plane by a solar probe...
The disk boundaries of coronal holes have been determined from He II 304 A spectroheliograms which w...
The white light solar coronagraph was one of the scientific telescopes flown on Skylab to study the ...
An atlas of coronal hole observations (Patrol Long and Single Frame Long Filter 3) recorded by the S...
Solar activity during the period October 28, 1964 through August 27, 1965 is presented in the form o...
An overview of the last 10 years of coronal hole research, in particular since 1970, is presented. T...
Compilations of bibliographies from the principal investigator groups of the Skylab solar observator...
Solar activity model provides information on plages, sunspots, filaments, and flares. The model enab...
Numerical analyses of solar activities are presented. The effect of these activities on aircraft and...
Based on 1349 hydrogen alpha flares with X-ray counterparts, an investigation into the relationship ...
The 15 June 1973 1B/M3 flare was analyzed as one of the best observed flares during the skylab missi...
The in-orbit repair of the Solar Maximum Mission satellite has provided an opportunity to continue o...
Statistical studies of solar cycles showing high correlation between solar perturbations and proton ...
An event compilation is presented which correlates ATM/S-056 X-ray event analyzer solar observations...
Active heliographic longitudes at the sun are investigated by using the observational data for long-...
The advantages of observing coronal holes of the sun above the solar ecliptic plane by a solar probe...
The disk boundaries of coronal holes have been determined from He II 304 A spectroheliograms which w...
The white light solar coronagraph was one of the scientific telescopes flown on Skylab to study the ...
An atlas of coronal hole observations (Patrol Long and Single Frame Long Filter 3) recorded by the S...
Solar activity during the period October 28, 1964 through August 27, 1965 is presented in the form o...
An overview of the last 10 years of coronal hole research, in particular since 1970, is presented. T...
Compilations of bibliographies from the principal investigator groups of the Skylab solar observator...
Solar activity model provides information on plages, sunspots, filaments, and flares. The model enab...
Numerical analyses of solar activities are presented. The effect of these activities on aircraft and...
Based on 1349 hydrogen alpha flares with X-ray counterparts, an investigation into the relationship ...
The 15 June 1973 1B/M3 flare was analyzed as one of the best observed flares during the skylab missi...
The in-orbit repair of the Solar Maximum Mission satellite has provided an opportunity to continue o...
Statistical studies of solar cycles showing high correlation between solar perturbations and proton ...
An event compilation is presented which correlates ATM/S-056 X-ray event analyzer solar observations...
Active heliographic longitudes at the sun are investigated by using the observational data for long-...
The advantages of observing coronal holes of the sun above the solar ecliptic plane by a solar probe...