Speaker
Dr
Pieter Doornenbal
(RIKEN)
Summary
In present in-beam gamma-ray experiments with high-resolution Ge-spectrometers at intermediate energies, the lifetime of excited states can be obtained employing a plunger and the recoil distance Doppler shift method. For next-generation Ge-spectrometer such as AGATA or GRETINA, the increased energy resolution permits a detailed study of the observed lineshapes depending on the lifetime of an excited state. In my talk I will demonstrate that the envisaged energy resolution of the SHOGUN spectrometer of three percent is sufficient for many cases to be sensitive for lifetime measurements.
Primary author
Dr
Pieter Doornenbal
(RIKEN)
