Type III solar bursts occurring in the absence of solar flares were observed to be accompanied by weak X-radiation. The energy scale of an OSO-3 soft X-ray ion chamber was assessed using realistic theoretical X-ray spectra. Relationships between soft solar X-rays and solar activity were investigated. These included optical studies, the role of the Type III acceleration mechanism in establishing the soft X-ray source volume, H alpha flare intensity variations, and gross magnetic field structure
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
Context. Type III bursts and hard X-rays are both produced by flare energetic electron beams. The li...
Flare-associated soft X-ray bursts (8–12 Å) are examined for 283 events observed by OSO-III. These b...
Solar X-rays from 8–12 Å have been observed with an ion chamber photometer and fluxes derived from t...
Soft solar X-rays (8 ⩽ gl ⩽ 12 Å) were observed from OSO-III. An analysis of the X-ray enhancements ...
Peak fluxes of flare-associated 8–12 Å X-ray bursts occur at or near the time of the maximum energy ...
Correlations between X-ray and type 3 radio emission of solar bursts are described through a bivaria...
The hard X-ray component in the impulsive phase of solar flares is reported. Observations from OGO-5...
A large number of hard X-ray events which were recorded by the Hard X-Ray Burst Spectrometer (HXRBS)...
Relationships between solar soft X radiation and emissions at other wavelengths based on data from i...
The objective of this project is to determine the characteristics of flare energy transport processe...
X-ray bursts are identified from the UCSD OSO-7 X-ray experiment data. X-ray spectroheliograms of OS...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
Context. Type III bursts and hard X-rays are both produced by flare energetic electron beams. The li...
Flare-associated soft X-ray bursts (8–12 Å) are examined for 283 events observed by OSO-III. These b...
Solar X-rays from 8–12 Å have been observed with an ion chamber photometer and fluxes derived from t...
Soft solar X-rays (8 ⩽ gl ⩽ 12 Å) were observed from OSO-III. An analysis of the X-ray enhancements ...
Peak fluxes of flare-associated 8–12 Å X-ray bursts occur at or near the time of the maximum energy ...
Correlations between X-ray and type 3 radio emission of solar bursts are described through a bivaria...
The hard X-ray component in the impulsive phase of solar flares is reported. Observations from OGO-5...
A large number of hard X-ray events which were recorded by the Hard X-Ray Burst Spectrometer (HXRBS)...
Relationships between solar soft X radiation and emissions at other wavelengths based on data from i...
The objective of this project is to determine the characteristics of flare energy transport processe...
X-ray bursts are identified from the UCSD OSO-7 X-ray experiment data. X-ray spectroheliograms of OS...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
International audienceContext. Type III bursts and hard X-rays are both produced by flare energetic ...
Context. Type III bursts and hard X-rays are both produced by flare energetic electron beams. The li...