Experimental Nuclear Physics Research

提出了一个研究原子核间相互作用、轻核结构和核反应机制的实验方案。该程序基于两类核反应：弹性散射和击倒反应。最近在一系列目标上210 MeV的锂弹性散射数据的测量提供了第一个独特的锂核光学模型电位，以及初步的能量和目标质量依赖关系。提出了更高的能量测量，以进一步确认唯一势，以及它们的能量和靶质量依赖关系。质子和α诱导的α敲除反应较重的目标，将允许在整个元素周期表中对原子核中的α聚集进行系统的研究。通过敲除反应来寻找更重的团簇，以补充转移反应的结果，将为理论家提供数据，以发展改进的团簇结构计算。

An experimental program to investigate the interactions between nuclei, the structure of light nuclei and the mechanisms of nuclear reactions is proposed. The program is based on two classes of nuclear reactions: elastic scattering and knockout reactions. Recent measurements of Lithium elastic scattering data at 210 MeV on a range of targets have provided the first unique Lithium-nucleus optical model potentials, together with preliminary energy and target-mass dependence. Higher energy measurements are proposed to obtain further confirmation of the unique potentials, and their energy and target-mass dependence. Proton and alpha induced alpha- knockout reactions heavier targets, will permit a systematic study of alpha clustering in nuclei across the periodic table. The search for heavier clusters by means of knockout reactions to complement results of transfer reactions will provide data, for theorists to develop improved cluster structure calculations.