STUDY OF MUONIUM FORMATION MECHANISM IN LIQUID HELIUM

It has been shown that the observed relaxation is the result of the slow muonium formation. The application of the electric fields permitted to separate firstly and investigate in details the muonium formation in case of the muonium interaction with track. The asymmetricity of influencing electric field on the muonium formation is discovered - the density of the muonium stops relatively to the track electrons has been displaced in direction of the original muonium pulse in the distance equivalent to 5x10*99-*995 cm. The special temperature features of the muonium formation have been connected with very large range of changing mobilities of the charges in the superfluid helium. The work results served a base for understanding of the muonium formation physics in the condensated media at low temperatures and initiated the performance of the muonium experiments in the external electric fields in the neon, nitrogen and in a number of other substancesAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio