Add to ORKGThe purpose of this thesis is to provide a description of the gamma-ray deexcitation process of highly excited nuclear states, formed in nuclear reactions. Because different reactions differ only in the way in which the highly excited states are initially populated, the calculations presented here can generally be applied to any reaction, provided that the initial population is properly chosen. ... Zie: Introduction
One of the ways to study the energy levels of nuclei is to measure the energy and relative intensity...
The study of the collective properties of a nuclear system is a powerful tool to understand the stru...
The direct determination of the excitation level density and radiative strength functions of their e...
The purpose of this thesis is to provide a description of the gamma-ray deexcitation process of high...
A study of the emission of gamma rays from excited nuclei is an important means to the identificatio...
Les états très excités et les résonances géantes dans les noyaux lourds sont induits par diffusion i...
This presentation reviews the current status of quantum mechanical models for understanding the high...
Gamma-radiation emitted in the decay of the excited states of heavy radioactive nuclei has been the ...
The study deals with a structure of high-excited states of nuclei, mechanisms of resonance nuclear r...
This talk would describe nuclear reaction modeling work in collaboration with experimental measureme...
This paper presents several mechanisms expected to be responsible for nuclear excitation in laser-he...
High peak power laser has been developed quickly, which leads to generation of new types of radiatio...
The experimental investigation of radiation characteristics and levels of "1"0"8Ag an...
Various experimental investigations on the γ-ray cascades of the deexcitation after the 160Gd(α,xn)^...
An understanding of the mechanisms operating in nuclear reactions produced by high energy nucleons i...
One of the ways to study the energy levels of nuclei is to measure the energy and relative intensity...
The study of the collective properties of a nuclear system is a powerful tool to understand the stru...
The direct determination of the excitation level density and radiative strength functions of their e...
The purpose of this thesis is to provide a description of the gamma-ray deexcitation process of high...
A study of the emission of gamma rays from excited nuclei is an important means to the identificatio...
Les états très excités et les résonances géantes dans les noyaux lourds sont induits par diffusion i...
This presentation reviews the current status of quantum mechanical models for understanding the high...
Gamma-radiation emitted in the decay of the excited states of heavy radioactive nuclei has been the ...
The study deals with a structure of high-excited states of nuclei, mechanisms of resonance nuclear r...
This talk would describe nuclear reaction modeling work in collaboration with experimental measureme...
This paper presents several mechanisms expected to be responsible for nuclear excitation in laser-he...
High peak power laser has been developed quickly, which leads to generation of new types of radiatio...
The experimental investigation of radiation characteristics and levels of "1"0"8Ag an...
Various experimental investigations on the γ-ray cascades of the deexcitation after the 160Gd(α,xn)^...
An understanding of the mechanisms operating in nuclear reactions produced by high energy nucleons i...
One of the ways to study the energy levels of nuclei is to measure the energy and relative intensity...
The study of the collective properties of a nuclear system is a powerful tool to understand the stru...
The direct determination of the excitation level density and radiative strength functions of their e...