U.S.-Poland Cooperative Research on Nuclear Shapes in the A=130 Region

这个关于“A=130区域的核形状”的美国-波兰联合合作研究项目是由纽约州立大学石溪分校的David B.Fossan博士领导的一个美国研究小组(包括D.R.Lafosse博士；H.Schnare博士；P·瓦斯卡博士；华沙大学理论物理研究所和华沙大学实验物理研究所的一组波兰研究人员，由T.Morek博士(包括H.Droste博士、L.Goettig博士、W.Karczmarczyk博士、T.Rzaca-Urban博士、J.Srebrny博士、K.Starosta博士、S.Cwiok博士、J.Dobzewski博士、W.Nazarewicz博士、S.G.Rohozinski博士、Z.Szymani博士；T·沃纳博士)。这项关于A=130过渡核结构的实验和理论研究是由纽约州立大学石溪分校和华沙大学的物理学家提出的。电磁跃迁概率和射线光谱学研究将被用来检验形状自由度对这些原子核结构的影响。合作实验将使用来自石溪超导直线加速器的重离子束以及BGO抑制的Ge探测器阵列进行。数据分析和理论解释将在石溪和华沙的计算机上进行。这一物理学项目通过使美国和波兰的顶尖专家能够将互补的人才结合在一起，并在彼此感兴趣和有能力的领域汇集研究资源，实现了推动科学进步的计划目标。#//

This U.S.-Poland Joint Cooperative Research project on "Nuclear Shapes in the A=130 Region" is between a group of American researchers headed by Dr. David B. Fossan of SUNY Stony Brook (including Dr. D.R. LaFosse; Dr. H. Schnare; Dr. P. Vaska; Dr. M.P. Waring) and a group of Polish researchers from the Institute of Theoretical Physics, Warsaw University and the Institute of Experimental Physics, Warsaw University, headed by headed by Dr. T. Morek (including Dr. Ch. Droste; Dr. L. Goettig; Dr. W. Karczmarczyk; Dr. T. Rzaca-Urban; Dr. J. Srebrny; Dr. K. Starosta; Dr. S. Cwiok; Dr. J. Dobaczewski; Dr. W. Nazarewicz; Dr. S.G. Rohozinski; Dr. Z. Szymani; Dr. T. Werner). This research on experimental and theoretical investigations of nuclear structure for A=130 transitional nuclei is proposed by physicists from SUNY Stony Brook and the University of Warsaw. Electromagnetic transition probabilities and .-ray spectroscopy studies are to be employed to examine the participation of shape degrees of freedom in the structure of these nuclei. Collaborative experiments will be carried out using heavy-ion beams from the Stony Brook superconducting LINAC along with the BGO-suppressed Ge-detector array. Data analysis and theoretical interpretation will be carried out on computers both in Stony Brook and Warsaw. This project in physics fulfills the program objectives of advancing science by enabling leading experts in the U.S. and Poland to combine complementary talents and pool research resources in areas of strong mutual interest and competence. #//