Experimental Nuclear Physics Research

在使用轻离子和重离子的核结构研究中，将开展用户模式研究计划。将探讨复合碎片的相互作用机制和形成（在重离子反应中）。数据将为重离子中心碰撞中复杂轻离子散射和碎裂的现象学模型提供基础。同时，将对α粒子聚类和敲除反应进行研究。这些数据将用于提取光谱信息，并测试关于低密度核表面区域α聚类的早期假设。大学生参与是本研究的一个非常重要的因素。一些探测器和数据采集开发、数据分析、解释和其他相关活动将在密歇根大学迪尔伯恩校区进行。

A user mode research program will be carried out in nuclear structure studies using light and heavy ions. The interaction mechanisms and formation (in heavy ion reactions) of complex fragments will be explored. Data will provide the basis for phenomenological models of complex light ion scattering and fragmentation in heavy ion central collisions. Also, research will be conducted on alpha-particle clustering and knockout reactions. This data will be used to extract spectroscopic information, and to test early hypotheses regarding alpha clustering in the low-density nuclear surface region. Undergraduate student involvement is a very important element of this research. Some detector and data acquisition development, data analysis, interpretation, and other related activities will be carried out at the University of Michigan Dearborn Campus.