Gamma-ray spectroscopy at TRIUMF-ISAC: The new frontier of radioactive ion beam research
- Ball, GC
- Andreoiu, C
- Austin, RAE
- Bandyopadhyay, D
- Becker, JA
- Bricault, P
- Brown, N
- Chan, S
- Churchman, R
- Colosimo, S
- Coombes, H
- Cross, D
- Demand, G
- Drake, TE
- Dombsky, M
- Ettenauer, S
- Finlay, P
- Furse, D
- Garnsworthy, A
- Garrett, PE
- Green, KL
- Grinyer, GF
- Hyland, B
- Hackman, G
- Kanungo, R
- Kulp, WD
- Lassen, J
- Leach, KG
- Leslie, JR
- Mattoon, C
- Melconian, D
- Morton, AC
- Pearson, CJ
- Phillips, AA
- Rand, E
- Sarazin, F
- Svensson, CE
- Sumithrarachchi, S
- Schumaker, MA
- Triambak, S
- Waddington, JC
- Walker, PM
- Wilhams, SJ
- Wood, JL
- Wong, J
- Zganjar, EF
- TIGRESS Collaboration,
DOIAbstract
High‐resolution gamma‐ray spectroscopy is essential to fully exploit the unique scientific opportunities at the next generation radioactive ion beam facilities such as the TRIUMF Isotope Separator and Accelerator (ISAC). At ISAC the 8π spectrometer and its associated auxiliary detectors is optimize for β‐decay studies while TIGRESS an array of segmented clover HPGe detectors has been designed for studies with accelerated beams. This paper gives a brief overview of these facilities and also presents recent examples of the diverse experimental program carried out at the 8π spectrometer
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