Cold fusion: muon-catalysed fusion
Cold fusion: muon-catalysed fusion
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冷聚变：μ介子催化聚变
DOI：
10.1088/0953-4075/24/7/006
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发表时间：
1991
期刊：
影响因子：
--
通讯作者：
J. Rafelski
中科院分区：
文献类型：
--
作者：
H. Rafelski;D. Harley;G. R. Shin;J. Rafelski
作者提出了观点，并进一步发展了他们最近在μ子催化聚变方面的工作，目的是确定t（d，n）α聚变循环中与能源相关应用的关键物理过程。他们开始讨论聚变循环，并指出直接核反应在催化聚变过程中的重要性。这是其次是深入讨论的μ子损失反应的附件融合α粒子。最后，作者研究了一些吸引了μ子催化聚变（MuCF）社区工作者注意的特殊主题，如μ子的节能生产和MuCF反应堆的建议，Z>1聚变的潜力，以及其他最近讨论的冷聚变形式。
The authors put into perspective and further develop their recent work in muon catalysed fusion, with the objective of identifying the key physical processes in the t(d,n) alpha fusion cycle relevant to energy related applications. They begin by discussing the fusion cycle and point out the importance of direct nuclear reactions in the catalysed fusion processes. This is followed by an in-depth discussion of the muon loss reaction by attachment to the fusion alpha -particle. Finally, the authors examine some special topics that have attracted the attention of workers in the muon-catalysed fusion (MuCF) community, such as energy efficient production of muons and proposals for MuCF reactors, the potential of Z>1 fusion, and other recently discussed forms of cold fusion.