Research in Nuclear Science (Physics)

研究将在高能核子和对子的核俘获后进行。其基本物理动机是探索核波函数的高动量结构和介子交换过程。巨大共振的同位旋结构也将用介子单电荷交换反应来研究，包括与随后的衰变粒子的重合。巨共振的角动量和等位体结构将通过非弹性电子激发来研究，包括随后的衰变粒子和巧合。一旦在贝茨获得极化电子，它们将在研究中提供额外的自由度。后两项研究的动机是对多体核结构的兴趣。

Research will be carried out in the study of high energy nucleons and pairs following muon capture by nuclei. The underlying physics motivation is to probe to high momentum structure of the nuclear wave function and explore the meson exchange process. The isospin structure of giant resonances will also be studied using pion single charge exchange reactions, both inclusive and in coincidence with subsequent decay particles. The angular momentum and isospion structure of giant resonances will be studied by inelastic electron excitation, both inclusive and in coincidence with subsequent decay particles. As soon as polarized electrons become available at Bates they will be used to provide an additional degree of freedom in the study. These two latter studies are motivated out of interest in many-body nuclear structure.