Bound states of dtμ, pdμ and t pμ mesomolecules

The energy spectrum of excited bound states of muonic molecules ptμ, pdμ, and dtμ is calculated on the basis of the stochastic variational method. The basis wave functions of the muonic molecule are taken in the Gaussian form. The matrix elements of the Hamiltonian are calculated analytically. For numerical calculation, a computer code was written in the MATLAB system. As a result, the numerical values of bound state energies for excited P-states of muonic molecules ptμ, pdμ and dtμ were obtained.

MUON ATOM DYNAMICS IN DEUTERIUM–HELIUM MIXTURE

The effect of muonic molecules complex [Formula: see text] forming with different spin states (J = 0, 1) in various decay channels on the cycling rate, the effective sticking coefficient, and the neutron yield per muon stopped in mixture was studied. It was shown that the error of the relative neutron yield is decreased in the optimum physical condition of the deuterium in the mixture by considering the effect of various decay channels of the muonic molecule complex.