The fusion of dtμ, ttμ and ddμ molecules in three-layer arrangement including deuterium degrader and moderator

Muon dynamics and forced chemical confinement fusion in three-layer arrangement consisting of the H/T, D2 (the degrader and moderator) and D/T fusion layers are investigated with a new kinetic model. Point kinematic equations are numerically solved to calculate the numbers of dtμ, ttμ and ddμ chain reactions. We show that the μ-cycling coefficient Xc approximately equals 156, at optimal condition. Our model and results are in contradiction with beliefs of Mahdavi and Zanganeh [15]. Our model is confirmed by recent experiment where was performed for the hydrogen mixture.