The overabundance of heavy nuclei in solar cosmic rays of energy approximately 5 Mev/nucleon is explained by taking into account the pre-flare ionization states of these nuclei in the region where they are accelerated. A model is proposed which considers two-step accelerations associated with the initial development of solar flares. The first step is closely related to the triggering process of flares, while the second one starts with the development of the explosive phase. Further ionization of medium and heavy nuclei occurs through their interaction with Kev electrons accelerated by the first-step acceleration. It is suggested that the role of these electrons is important in producing fully ionized atoms in the acceleration regions
Measurements of ionization states and energy spectra of carbon, oxygen, and iron accelerated in ten ...
In the solar flare observed on June 3, 2012, high energy gamma-rays and neutrons were observed. The ...
Solar flares often accelerate ions and electrons to relativistic energies. The details of the accele...
High-energy particles, the so-called solar cosmic rays, are often generated in association with sola...
Solar flares are among the most energetic and interesting phenomena in the Solar system, releasing u...
Solar flares studied in the gamma ray region provide essential information on accelerated nuclei tha...
The relationship is discussed between some characteristics of microwave Type 4 radio bursts and sola...
The most direct signatures of particle acceleration in flares are energetic particles detected in in...
We examine effects on the charge states of energetic ions associated with gradual solar flares due t...
Relativistic electrons in large solar flares produce gamma ray continuum by bremsstrahlung and micro...
A review is given of the analysis of new observations of energetic particles and energetic secondary...
Acceleration of electrons by Langmuir plasma turbulence and by the Fermi mechanism are suggested to ...
The Sun is a star, which due to its proximity has a tremendous influence on Earth. Since its very fi...
Lower limits of photon fluxes were evaluated from electron capture during acceleration in solar flar...
Relative abundances of energetic nuclei in the 4 July 1974 solar event are presented. The results sh...
Measurements of ionization states and energy spectra of carbon, oxygen, and iron accelerated in ten ...
In the solar flare observed on June 3, 2012, high energy gamma-rays and neutrons were observed. The ...
Solar flares often accelerate ions and electrons to relativistic energies. The details of the accele...
High-energy particles, the so-called solar cosmic rays, are often generated in association with sola...
Solar flares are among the most energetic and interesting phenomena in the Solar system, releasing u...
Solar flares studied in the gamma ray region provide essential information on accelerated nuclei tha...
The relationship is discussed between some characteristics of microwave Type 4 radio bursts and sola...
The most direct signatures of particle acceleration in flares are energetic particles detected in in...
We examine effects on the charge states of energetic ions associated with gradual solar flares due t...
Relativistic electrons in large solar flares produce gamma ray continuum by bremsstrahlung and micro...
A review is given of the analysis of new observations of energetic particles and energetic secondary...
Acceleration of electrons by Langmuir plasma turbulence and by the Fermi mechanism are suggested to ...
The Sun is a star, which due to its proximity has a tremendous influence on Earth. Since its very fi...
Lower limits of photon fluxes were evaluated from electron capture during acceleration in solar flar...
Relative abundances of energetic nuclei in the 4 July 1974 solar event are presented. The results sh...
Measurements of ionization states and energy spectra of carbon, oxygen, and iron accelerated in ten ...
In the solar flare observed on June 3, 2012, high energy gamma-rays and neutrons were observed. The ...
Solar flares often accelerate ions and electrons to relativistic energies. The details of the accele...