Mr Reuben Russell
About
My research project
Nuclear structure and shape of A=78 StrontiumThe structure of deformed nuclei is known to greatly differ from that which is predicted by an independent particle model. 78Sr lies in the region of Z=N=40, which is a region displaying strong quadrupole deformation, with experimental data for 78Sr matching closely to that expected for a strongly-deformed nucleus. However, the existence of low-lying second 0+ and 2+ states in other nuclei in this region hint a high potential for coexisting or triaxial shapes respectively.
Supervisors
The structure of deformed nuclei is known to greatly differ from that which is predicted by an independent particle model. 78Sr lies in the region of Z=N=40, which is a region displaying strong quadrupole deformation, with experimental data for 78Sr matching closely to that expected for a strongly-deformed nucleus. However, the existence of low-lying second 0+ and 2+ states in other nuclei in this region hint a high potential for coexisting or triaxial shapes respectively.