Descriptor: "AR-33" - Searchworks@Jio Institute Digital Library Search Results

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Subjects: 2n), NUCLEI, Ti-41(beta(+)) [from Ca-40(He-3, MG-21, gamma spectra Delta E(gas)E(Si) telescope, SHELL, OXBASH shell-model calculations, measured beta-delayed E-p I-p, hyperpure Ge and plastic scintillator detectors, E = 40 MeV], isospin mixing, gamma spectra, deduced log ft Sc-41 deduced Gamow-Teller strength, GAMOW-TELLER STRENGTH, SI-25, DELAYED-PROTON DECAY, CA-37, Si, AR-33, EMISSION, DETECTOR
Abstract: An improved high-resolution study of the beta decay of Ti-41, produced in the Ca-40(He-3,2n) reaction at 40 MeV, has been performed at the Ion Guide Isotope Separator On-Line (IGISOL) facility. The beta-delayed radiation was detected by a low-energy charged-particle detector and a large Ge detector for gamma rays. The experimental beta-decay strength and its distribution, extracted from delayed-proton data, are compared with results of shell-model calculations in the sdfp space. The lowest J(pi) 3(+)/2, T = 3/2 state in (41) Sc, the isobaric analogue state of the Ti-41 ground state, is estimated to contain 10% isospin impurity. (C) 1997 Elsevier Science B.V.
Published: 1997

Subjects: 2n), NUCLEI, Ti-41(beta(+)) [from Ca-40(He-3, MG-21, gamma spectra Delta E(gas)E(Si) telescope, SHELL, OXBASH shell-model calculations, measured beta-delayed E-p I-p, hyperpure Ge and plastic scintillator detectors, E = 40 MeV], isospin mixing, gamma spectra, deduced log ft Sc-41 deduced Gamow-Teller strength, GAMOW-TELLER STRENGTH, SI-25, DELAYED-PROTON DECAY, CA-37, Si, AR-33, Nuclear Experiment, EMISSION, DETECTOR
Abstract: An improved high-resolution study of the beta decay of Ti-41, produced in the Ca-40(He-3,2n) reaction at 40 MeV, has been performed at the Ion Guide Isotope Separator On-Line (IGISOL) facility. The beta-delayed radiation was detected by a low-energy charged-particle detector and a large Ge detector for gamma rays. The experimental beta-decay strength and its distribution, extracted from delayed-proton data, are compared with results of shell-model calculations in the sdfp space. The lowest J(pi) 3(+)/2, T = 3/2 state in (41) Sc, the isobaric analogue state of the Ti-41 ground state, is estimated to contain 10% isospin impurity. (C) 1997 Elsevier Science B.V.
Published: 1997

Author: Honkanen, A., Dendooven, P., Huhta, M., Lhersonneau, G., Lipas, P. O., Markku Oinonen, Parmonen, J. M., Penttila, H., Perajarvi, K., Siiskonen, T., Aysto, J., and Research unit Medical Physics
Subjects: GAMOW-TELLER STRENGTH, SI-25, Ti-41(beta(+)) [from Ca-40(He-3, 2n), E = 40 MeV], measured beta-delayed E-p I-p, gamma spectra, gamma spectra Delta E(gas)E(Si) telescope, Si, hyperpure Ge and plastic scintillator detectors, deduced log ft Sc-41 deduced Gamow-Teller strength, isospin mixing, NUCLEI, DELAYED-PROTON DECAY, MG-21, SHELL, CA-37, OXBASH shell-model calculations, AR-33, Nuclear Experiment, EMISSION, DETECTOR
Abstract: An improved high-resolution study of the beta decay of Ti-41, produced in the Ca-40(He-3,2n) reaction at 40 MeV, has been performed at the Ion Guide Isotope Separator On-Line (IGISOL) facility. The beta-delayed radiation was detected by a low-energy charged-particle detector and a large Ge detector for gamma rays. The experimental beta-decay strength and its distribution, extracted from delayed-proton data, are compared with results of shell-model calculations in the sdfp space. The lowest J(pi) 3(+)/2, T = 3/2 state in (41) Sc, the isobaric analogue state of the Ti-41 ground state, is estimated to contain 10% isospin impurity. (C) 1997 Elsevier Science B.V.
Published: 1997

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