Muon catalyzed fusion dynamics in solid heterogeneous H/D/T mixture and its comparison with solid homogeneous D/T system

The Ramsauer-Townsend effect in hydrogen is used to force the muonic tritium in suggested heterogeneous solid hydrogen-deuterium-tritium (H/D/T) multilayer system to provide resonance muonic deuterium-tritium molecule formation. The written coupled linear point dynamical equations for the suggested system are solved by Monte-Carlo method using "Lsode" computer code. The obtained results for the optimum layer thicknesses and tritium concentration are compared with the results of solid homogeneous deuterium-tritium system in the same physical condition (temperature, density and tritium concentration). It is shown that for the same physical conditions, the muon cycling coefficient of two isotopes of deuterium-tritium (D/T) has only 3% muon cycling coefficient of suggested heterogeneous solid forced H/D/T fusion system. It is shown that with very little tritium concentration (c(t) = 0.005) the obtained muon cycling rate and coefficient axe similar to 120 mus(-1) and 165 respectively.