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RESEARCH PRODUCT
α-decay properties ofPb181
C. N. DavidsA. H. WuosmaaHeikki PenttiläW. B. WaltersC. R. BinghamJ. C. BatchelderL. F. ConticchioD. J. HendersonB. E. ZimmermanJ. D. RichardsR. HermanK. S. Tothsubject
PhysicsNuclear and High Energy PhysicsRecoilSiliconchemistryIsotopeAnalytical chemistrychemistry.chemical_elementAlpha particleAlpha decayAtomic massdescription
The isotope {sup 181}Pb was produced in {sup 92}Mo bombardments of {sup 90}Zr and, together with other reaction products, was passed through a recoil mass separator and implanted in a double-sided silicon strip detector for {alpha}-particle assay. The half-life and energy of the main {sup 181}Pb {alpha} transition were determined to be 45 (20) ms and 7065 (20) keV, respectively. This {sup 181}Pb {ital E}{sub {alpha}} agrees with one previously measured value [7044 (15) keV], but not with the one [7211 (10) keV] used as input to the 1993 Atomic Mass Evaluation. The 6180-keV {alpha} transition assigned to {sup 181}Tl by Bolshakov {ital et} {ital al}. was observed, but the 6566-keV {alpha} particles ascribed to a 2.7-ms level in {sup 181}Tl by Schneider were not. {copyright} {ital 1996 The American Physical Society.}
year | journal | country | edition | language |
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1996-05-01 | Physical Review C |