The Role of Nuclear Interaction in Muon Catalyzed Deuteron and Tritium Fusion (Physics)

在分子离子（dtu-）+中，氘和氚是 被μ子限制在一个足够小的区域内， 这两个核可以发生。 大量的能量 由于这种融合过程释放，从而提高了 将其用于能源生产。 理论 对这种分子的研究已经很广泛。 但是， 核力量没有得到令人满意详细处理 在目前的理论计算中，由于缺乏适当的 计算框架 这项研究将开发出更好的 计算方法来处理这些三体系统，并 计算可靠的融合参数。 的准确知识 这些聚变参数对于能量的产生是必不可少的 过程 互动部分由咨询妇女组成 学生的就业机会，以及讲座和 将在东道大学就这一专题进行总结， 在当地的高中。 这些讲座的目的不是 仅仅是引入和激发对μ子催化的兴趣 核聚变作为一种可能的新能源，但强调 基础能源研究对长远未来的重要性。 本项目进一步促进了VPW计划的目标，即（1） 为妇女提供机会， 工程和科学的学科由NSF支持 （2）鼓励妇女从事科学事业， 通过提高女科学家的知名度， 以及受雇于工业、政府和学术界的工程师 机构职能体系 通过鼓励妇女参与 这是对国家未来的宝贵投资。 科学生命力

In the molecular ion (dtu-)+, the deuteron and tritium are confined by the muon in a region small enough that fusion between the two nuclei can take place. A large amount of energy is released as a result of this fusion process, thus raising the possibility of using it for energy production. Theoretical studies of this molecule have been extensive. But the effect of the nuclear force has not been dealt with in satisfactory detail in current theoretical calculations, due to lack of a proper computational framework. This research will develop a better calculational method to handle these three-body systems, and to calculate reliable fusion parameters. Accurate knowledge of these fusion parameters are essential for the energy production process. The interactive portion consists of counseling women students on career opportunities, as well as lectures and summaries to be given on this topic at the host unviversity and at local high schools. The purpose of these lectures will not be merely introducing and stimulating interest in muon catalyzed fusion as a possible new energy source, but emphasizing the importance of basic energy research for the long range future. This project furthers VPW program objectives which are (1) to provide opportunities for women to advance their careers in engineering and in the disciplines of science supported by NSF and (2) to encourage women to pursue careers in science and engineering by providing greater visibility for women scientists and engineers employed in industry, government, and academic institutions. By encouraging the participation of women in science, it is a valuable investment in the Nation's future scientific vitality.