Nuclear Spectroscopy with Large Detector Arrays and Electromagnetic Moments of Nuclei Under Extreme Conditions

核结构的研究将通过大型探测器阵列的伽马射线能谱、转换电子能谱以及瞬态场和倾斜箔β核磁共振技术进行。这些研究将在几个实验室进行：LBL， Argonne, Yale, Florida State， Rochester和Daresbury。本文将研究缺中子钋原子核中集体运动的开始以及A - 194质量原子核中超变形激发的性质。为了研究单粒子和集体激发之间的相互作用，以及探索远离稳定、高自旋或高激发能的奇异核的结构，将在大范围的轻核到重核范围内测量电磁矩。

Investigations of nuclear structure will be carried out by gamma ray spectroscopy with large detector arrays, conversion electron spectroscopy and by transient field and tilted-foil Beta NMR techniques. These studies will be conducted at several laboratories: LBL, Argonne, Yale, Florida State, Rochester, and Daresbury. The onset of collective motion in neutron-deficient polonium nuclei and the nature of the superdeformed excitations in mass A - 194 nuclei will be investigated. Electromagnetic moments will be measured in a wide range of light to heavy nuclei in order to study the interplay between single particle and collective excitations, and to probe the structure of exotic nuclei far-from-stability, or at high spin or excitation energy.