INVESTIGATION OF DISCRETE AND CONTINUOUS SPECRUM STATES IN TWO-CLUSTER SYSTEMS

A two-cluster microscopic model is used to study the main features of bound and resonance states in the lightest p-shell nuclei. The model correctly treats the Pauli principle and makes use of the full set of oscillator functions to expand the wave function of a two-cluster system. Interaction between clusters is determined by the superposition of semi-realistic nucleon-nucleon potentials. We present the inter-cluster wave functions in oscillator, coordinate and momentum spaces. It helps us to reveal some interesting features of the two-cluster dynamics in bound and resonance states. Phase shifts and elastic scattering cross sections are investigated in detail. This monograph is dedicated to a deeper study of the nucleus properties and the interaction of nuclear clusters and is intended for the use of students of master and PhD courses.このモノグラフは、北大、キエフ・ボゴリューボフ研究所、カザフスタン・Al-Farabi大学との、主にカザフスタンの大学院学生教育を目的とした国際共同研究の成果である。This monograph was written by the international group of physicists.They belong to the following institutions: Hokkaido University, Bogolyubov Institute for Theoretical Physics, Institute of Experimental and Theoretical Physics, al-Farabi Kazakh National University.It is the result of international collaborative research aimed at graduate school student education in Kazakhstan