Muon catalyzed DT fusion at low temperature

The purpose of the work is to provide additional experimental data on muon-catalyzed fusion using a new target. The target is specifically made for studying the cycle rate variations with density near the solid liquid interface. In addition the rates in nonequilibrated mixtures, and a few gas phase density points are considered. The protonium effects are studied and the nitrogen impurity effect is verified. The conclusion is made that the obtained results confirm basically the picture about the DT kinetics and sticking probability evaluated from the previous experiments. Ran sticking from the data with larger cycle rates (taken in solid phase or in nonequilibrated mixtures) are somewhat smaller, which is mainly due to smaller contributions from the tμt channel