U.S.-U.K. Cooperative Research: Nuclear Structure Studies inthe A=130 Region

该奖项将支持纽约州立大学石溪分校物理系核结构实验室David B. Fossan博士和利物浦大学物理系P.J. Twin教授在英国达斯伯里实验室的合作研究。石溪和利物浦的研究小组都参与了密切相关的光谱学研究项目，并在核结构性质的提取方面开展了互补的工作。达斯伯里实验室有两个独特的实验设施，与他们的22毫伏串联加速器一起有效地使用。大量康普顿抑制锗探测器阵列和达斯伯里的反冲质谱仪已经在132Ce和几种Nd同位素中发现了超变形带，并在非常缺中子的核中发现了重要的结构特性。该合作项目将侧重于A=130区域的核结构研究，实验将在纽约州立大学石溪分校的LINAC实验室和达斯伯里的串联实验室进行。

This award will support collaborative research at the Daresbury Laboratory in the United Kingdom between Dr. David B. Fossan, Nuclear Structure Laboratory, Physics Department, State University of New York at Stony Brook and Professor P.J. Twin, Department of Physics, University of Liverpool. Both the Stony Brook and Liverpool research groups have been involved in closely related spectroscopy research programs and have carried out complimentary work on the extraction of nuclear structure properties. The Daresbury Laboratory has two unique experimental facilities that have been effectively used in conjunction with their 22 MV tandem accelerator. The large array of Compton suppressed Ge detectors and the recoil mass spectrometer at Daresbury have led to the discovery of superdeformed bands in 132Ce and in several Nd isotopes, and important structure properties in very neutron deficient nuclei. This cooperative project will focus on nuclear structure studies in the A=130 region, with experiments taking place at the LINAC laboratory at SUNY Stony Brook and the tandem laboratory at Daresbury.