US-UK Cooperative Research: Nuclear Structure Studies in the A=130 Region

该奖项将支持继续合作研究， 州立大学的大卫福桑博士 纽约的斯托尼布鲁克和R.沃兹沃斯和P.J. 诺兰，英国约克大学。 的目的 该项目是进行核结构研究， A=130区域。 研究人员将进行伽马射线实验， 研究质量130区域的高自旋速率，使用英国 科学与工程研究理事会的研究实验室 在达雷斯伯里。 独特的设施在达雷斯伯里，22 MV 串列加速器与大型TESSA伽马射线 阵列和反冲质谱仪，具有特定的 研究的优势，如统计 敏感性和识别性。互补光谱学 实验将在斯托尼布鲁克串联进行， 注入式超导直线加速器 合作将 在两个实验室进行了几次实验， 优化对重要核武器敏感性的方法 结构信息。 分析和解释这些 不同的实验将被联合检查。

This award will support continued collaborative research in nuclear physics between Dr. David Fossan, State University of New York at Stony Brook, and Drs. R. Wadsworth and P.J. Nolan, University of York, England. The objective of the project is to carry out nuclear structure studies in the A=130 region. The investigators will carry out gamma-ray experiments to study high spin rates in the mass 130 region, using the UK Science and Engineering Research Council's research laboratory at Daresbury. The unique facilities at Daresbury, the 22MV tandem accelerator coupled with the large TESSA gamma-ray array and the recoil mass spectrometer, have specific advantages for the proposed research, such as in statistical sensitivity and identification. Complimentary spectroscopy experiments will be carried out at the Stony Brook tandem- injected superconducting LINAC facility. Collaboration will take place out at both laboratories using several experimental approaches to optimize the sensitivity to important nuclear structure information. Analysis and interpretation of these different experiments will be jointly examined.