Computer Simulation of a Muon Catalyzed Fusion Experiment

μ介子氢与氢、氘和 在TRIUMF中，氚将作为能量的函数进行研究 实验室 这些反应与μ子催化的 核聚变 这项实验将首次分离出 从更复杂的过程中形成μ子分子 存在于整个聚变循环中。 横截面和反应 将使用蒙特卡罗技术获得利率， 开发蒙特卡罗计算机的具体职责 现在的古斯塔夫·阿道夫集团的密码

Reactions of muonic hydrogen with hydrogen, deuterium, and tritium will be studied as a function of energy at the TRIUMF laboratory. These reactions are of relevance to muon catalyzed fusion. This experiment will isolate, for the first time, the formation of muonic molecules from the more complex processes present in the full fusion cycle. Cross sections and reaction rates will be obtained using Monte Carlo techniques, with specific responsibilities for developing the Monte Carlo computer codes resting with the present Gustavus Adolphus group.