## Ground States 1. The ground state of an even-even nucleus has J = 0 + . 2. Spin determinations by such techniques as atomic-beam resonance, paramagnetic resonance, electron-spin resonance, and optical spectroscopy give correct values.
Summary of Bases for Spin and Parity Assignments
- Publisher
- Elsevier Science
- Year
- 2011
- Tongue
- English
- Weight
- 76 KB
- Volume
- 112
- Category
- Article
- ISSN
- 0090-3752
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β¦ Synopsis
Ground States
- The ground state of an even-even nucleus has JS = 0 + . 2. Spin determinations by such techniques as atomic-beam resonance, paramagnetic resonance, electron-spin resonance, and optical spectroscopy give correct values. * 'IV' and 'IS' stand for isovector and isoscalar β *J/*w(Upper Limit)=30 for A=90150 # *J/*w(Upper Limit)=0.1 for A=2144 Β§ *J/*w(Upper Limit)=0.003 for E1 (IS), 10 for E2 (IV), 0.03 for M1 (IS), 0.1 for M2 (IS) a From 1979En05 b From 1979En04 c From 1981En06 d Deduced from ENSDF by M. J. Martin e In super-deformed bands the E2 transitions can have *J/*w>1000.
π SIMILAR VOLUMES
This issue marks the further extension of the Nuclear Data Sheets to include the heavy elements. Nuclear Data Sheets for 213 < A < 228 were published in 1966 (Nuclear Data B1-5); a third compilation for 229 < A < 242 is in \_preParation. I Final corrections to this issue have been made by members of
## Ground States 1, The ground state of an even-even nucleus has j~=o +. 2. Spin determinations by such techniques as atomic-beam resonance, paramagnetic resonance, electron-spin resonance, and optical spectroscopy give correct values.
## Ground States 1. The ground state of an even-even nucleus has J~ = 0 +. 2. Spin determinations by such techniques as atomic-beam resonance, paramagnetic resonance, electron-spin resonance, and optical spectroscopy give correct values.