Solar energetic particle events observed in space have different properties depending on the class of associated flare. Impulsive flares, which occur low in the corona in regions of high energy density, are associated with particle events which are deficient in protons. These events are rarely associated with coronal mass ejections and interplanetary shocks. The vast majority of large, high energy proton events are associated with long duration flares, many of which are also associated with fast coronal mass ejections and strong interplanetary shocks. Such flare events originate relatively high in the corona
Aims. We study selected properties of solar energetic particle (SEP) events as inferred from thei...
Solar flares are among the most energetic and interesting phenomena in the Solar system, releasing u...
We analyze periods with elevated >40 MeV proton intensities observed near Earth over a time span of ...
A new catalogue of 314 solar energetic particle (SEP) events extending over a large time span from 1...
We suggest that the flatter size distribution of solar energetic proton (SEP) events relative to tha...
A study has been made of 29 intense, solar particle events observed in the energy range 25–80 MeV/nu...
We have analysed 58 high-energy proton events and 36 temporally related near-relativistic electron e...
Solar electron phenomena which can produce low levels of hard X-ray emission at the Sun are reviewed...
In large gradual solar energetic particle (SEP) events, especially the ground-level enhancement (GLE...
For a number of impulsive solar particle events we examine variations of maximum intensities and tim...
International audienceSolar energetic particle (SEP) events are related to flares and coronal mass e...
A primary focus has been to conduct studies of particular types of hard X-ray evolution in solar fla...
Context. The main sources of solar energetic particle (SEP) events are solar flares and shocks drive...
An impulsive solar energetic particle (SEP) event observed on the W ind spacecraft on 2000 May 1 was...
We review evidence regarding the origin of material accelerated in large, gradual solar energetic pa...
Aims. We study selected properties of solar energetic particle (SEP) events as inferred from thei...
Solar flares are among the most energetic and interesting phenomena in the Solar system, releasing u...
We analyze periods with elevated >40 MeV proton intensities observed near Earth over a time span of ...
A new catalogue of 314 solar energetic particle (SEP) events extending over a large time span from 1...
We suggest that the flatter size distribution of solar energetic proton (SEP) events relative to tha...
A study has been made of 29 intense, solar particle events observed in the energy range 25–80 MeV/nu...
We have analysed 58 high-energy proton events and 36 temporally related near-relativistic electron e...
Solar electron phenomena which can produce low levels of hard X-ray emission at the Sun are reviewed...
In large gradual solar energetic particle (SEP) events, especially the ground-level enhancement (GLE...
For a number of impulsive solar particle events we examine variations of maximum intensities and tim...
International audienceSolar energetic particle (SEP) events are related to flares and coronal mass e...
A primary focus has been to conduct studies of particular types of hard X-ray evolution in solar fla...
Context. The main sources of solar energetic particle (SEP) events are solar flares and shocks drive...
An impulsive solar energetic particle (SEP) event observed on the W ind spacecraft on 2000 May 1 was...
We review evidence regarding the origin of material accelerated in large, gradual solar energetic pa...
Aims. We study selected properties of solar energetic particle (SEP) events as inferred from thei...
Solar flares are among the most energetic and interesting phenomena in the Solar system, releasing u...
We analyze periods with elevated >40 MeV proton intensities observed near Earth over a time span of ...