Abstract—A method for determination of optimum muon cycling coefficient and energy gain in the HT mixture with very low tritium concentration is proposed. The kinetics of the mu-atomic and mu-molecular processes preceding the pt reaction in the ptμ molecule is described. The time variations of γ quanta and conversion muons and the other particles formation in nuclear fusion reactions in ptμ molecules are studied. Our calculations show that, the optimum value of muon cycling coefficient at C_t=0.01 is equal to 106. In this paper our obtained results from theoretical calculations and experimental results are compared with together and we can receive that the obtained results are in good agreement with measured values.

Index Terms—Muon cycling, HT mixture, mu-atomic, mu-molecular, fusion.

The authors are with Department of Physics, Shiraz branch Islamic Azad University, Shiraz, Iran (e-mail: hoseinimotlagh@hotmail.com, sakineh.ghaderi.1990@gmail.com, e.mozaffari10@yahoo.com).

Cite: S. Nasrin Hoseinimotlagh, Sakineh Ghaderi, and Fatemeh Mozafari K., "Studies on the Kinetics of Muon Catalyzed Fusion in the HT Mixture with Very Low Tritium Concentration," International Journal of Applied Physics and Mathematics vol. 4, no. 2, pp. 75-80, 2014.