MAXIMUM VALUES OF PARTIAL WIDTHS FOR PRIMARY GAMMA-TRANSITION IN THE ENERGY REGION Eγ 0,5 MeV-Bn AND SOME RECULARIAES OF EXCITED LEVEL STRUCTURE OF NUCLEI WITH MASSES IN THE RANGE 28≤A≤200

Authors & Affiliations

Sukhovoi A.M., Khitrov V.A.
Laboratory of Neutron Physics, Joint Institute for Nuclear Research, Dubna, Russia

Abstract

Comparison of individual values of radiation strength functions with its averaged values, exactly reproducing the intensities of two photon transitions in a wide mass region, shows that the structure of excited level effects strongly gamma-ray emission probability in a wide energy range of primary gamma-ray transition of neutron resonance decay. The incrising of individual strength function allows to suppose the absence of considerable components of vibrational type in the nuclear excited level structure practically in entire region of neutron energy.

Keywords
radiation strength functions, intensities of two photon transitions, emission probability, gamma-ray, neutron resonance, decay, nuclear excited level structure

Article Text (in Russian, PDF)

References

UDC 539.172

Problems of Atomic Science and Technology. Series: Nuclear Constants", issue 1-2, 2006