The relationship is discussed between some characteristics of microwave Type 4 radio bursts and solar cosmic ray protons of MeV energy. It is shown that the peak flux intensity of those bursts is almost linearly correlated with MeV proton peak flux observed by satellites near the earth and that protons and electrons would be accelerated simultaneously by a similar mechanism during the explosive phase of solar flares. Brief discussion is given on the propagation of solar cosmic rays in the solar envelope after ejection from the flare regions
We analyze the relations between various combinations of peak fluxes and fluences of solar microwave...
Aims. We study selected properties of solar energetic particle (SEP) events as inferred from thei...
An X3.4 solar flare and a fast halo coronal mass ejection (CME) occurred on 2006 December 13, accomp...
The relationships between some characteristics of microwave type 4 radio bursts and solar cosmic ray...
High-energy particles, the so-called solar cosmic rays, are often generated in association with sola...
Observations and theories of particle acceleration in solar flares are reviewed. The most direct sig...
Relativistic electrons in large solar flares produce gamma ray continuum by bremsstrahlung and micro...
Solar flares are among the most energetic and interesting phenomena in the Solar system, releasing u...
The recent direct observational evidence for the acceleration of particles in solar flares, i.e. rad...
We have analysed 58 high-energy proton events and 36 temporally related near-relativistic electron e...
The most direct signatures of particle acceleration in flares are energetic particles detected in in...
Distinct Kev electron events as observed by satellites near the earth are, in general, associated wi...
The overabundance of heavy nuclei in solar cosmic rays of energy approximately 5 Mev/nucleon is exp...
This review attempts to present an integrated view of the several types of solar cosmic ray phenomen...
A review is given of the analysis of new observations of energetic particles and energetic secondary...
We analyze the relations between various combinations of peak fluxes and fluences of solar microwave...
Aims. We study selected properties of solar energetic particle (SEP) events as inferred from thei...
An X3.4 solar flare and a fast halo coronal mass ejection (CME) occurred on 2006 December 13, accomp...
The relationships between some characteristics of microwave type 4 radio bursts and solar cosmic ray...
High-energy particles, the so-called solar cosmic rays, are often generated in association with sola...
Observations and theories of particle acceleration in solar flares are reviewed. The most direct sig...
Relativistic electrons in large solar flares produce gamma ray continuum by bremsstrahlung and micro...
Solar flares are among the most energetic and interesting phenomena in the Solar system, releasing u...
The recent direct observational evidence for the acceleration of particles in solar flares, i.e. rad...
We have analysed 58 high-energy proton events and 36 temporally related near-relativistic electron e...
The most direct signatures of particle acceleration in flares are energetic particles detected in in...
Distinct Kev electron events as observed by satellites near the earth are, in general, associated wi...
The overabundance of heavy nuclei in solar cosmic rays of energy approximately 5 Mev/nucleon is exp...
This review attempts to present an integrated view of the several types of solar cosmic ray phenomen...
A review is given of the analysis of new observations of energetic particles and energetic secondary...
We analyze the relations between various combinations of peak fluxes and fluences of solar microwave...
Aims. We study selected properties of solar energetic particle (SEP) events as inferred from thei...
An X3.4 solar flare and a fast halo coronal mass ejection (CME) occurred on 2006 December 13, accomp...