THEORETICAL PROBLEMS ON STUDY OF CONDENSATED MEDIA BY MUON METHOD

Abstract

The work is concerned with the polarization behaviour of the muon spin in the substance. The aim is to develop the theory of the muon method for investigation of the substance, to construct the theory explaining the experimental results and to stimulate the formulation of the new experiments. The interactions of the muonium atom in the crystals with structure of the diamond and zinc blende have been firstly taken into consideration in details. The general problems on the depolarization of the muon spin in the muonium with anisotropic spin Hamiltonians has been solved. The general regularities of the muon spin polarization behaviour in the muonium formed in the metals have been obtained. The mesonic method theory bases for investigation of the De Haas-Van Alphen effect have been developed. The theory of the muon acoustic spin resonance has been developed. The theory of the muon spin polarization behaviour in the condensated phases of the hydrogen protons has been constructed.Available from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio