Subject of inquiry is Magnesium-24 relativistic nucleus. The purpose of the work is to study Magnesium-24 relativistic nucleus fission into fragments. Fission of Magnesium-24 relativistic nucleus has been examined and investigation of distribution properties according to multiplicity of two-charged nucleus fragments has been studied for the first time. The results of the carried out investigations offer new methodological and practical materials concerning fission effect characteristic under the conditions of small energy-pass transfer and may be used when checking various fission theories. The obtained results may be also utilized for designing and carrying out of experiments in Joint Institute for Nuclear Research, Institute of High-Energ...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
Low-energy fission of U234,235 and Np237,238 radioactive beams, provided by the Fragment Separator (...
Mass and energy distributions of fission fragments obtained in the reactions Ne-22 + Cf-249, Mg-26 +...
Mass and energy distributions of fission fragments obtained in the reactions Ne-22 + Cf-249, Mg-26 +...
Mass and energy distributions of fission fragments obtained in the reactions Ne-22 + Cf-249, Mg-26 +...
Experiments to investigate the photon-induced fission of actinide nuclei at excitation energies in t...
The secondary-beam facility of GSI Darmstadt was used to study the fission properties of 70 short-li...
Experiments to investigate the photon-induced fission of actinide nuclei at excitation energies in t...
Experiments to investigate the photon-induced fission of actinide nuclei at excitation energies in t...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
Low-energy fission of U234,235 and Np237,238 radioactive beams, provided by the Fragment Separator (...
Mass and energy distributions of fission fragments obtained in the reactions Ne-22 + Cf-249, Mg-26 +...
Mass and energy distributions of fission fragments obtained in the reactions Ne-22 + Cf-249, Mg-26 +...
Mass and energy distributions of fission fragments obtained in the reactions Ne-22 + Cf-249, Mg-26 +...
Experiments to investigate the photon-induced fission of actinide nuclei at excitation energies in t...
The secondary-beam facility of GSI Darmstadt was used to study the fission properties of 70 short-li...
Experiments to investigate the photon-induced fission of actinide nuclei at excitation energies in t...
Experiments to investigate the photon-induced fission of actinide nuclei at excitation energies in t...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
International audienceLow-energy fission of U234,235 and Np237,238 radioactive beams, provided by th...
Low-energy fission of U234,235 and Np237,238 radioactive beams, provided by the Fragment Separator (...