Inelastic deuteron scattering and (d,p) reactions from isotopes of titanium. IV. Ti48(d,p)Ti49

P. D. Barnes; J. R. Comfort; C. K. Bockelman; Ole Hansen; A. Sperduto

doi:10.1103/PhysRev.159.920

Inelastic deuteron scattering and (d,p) reactions from isotopes of titanium. IV. Ti48(d,p)Ti49

P. D. Barnes, J. R. Comfort, C. K. Bockelman, Ole Hansen, A. Sperduto

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Abstract

Levels below 6.2 MeV of excitation have been observed in the Ti48(d,p)Ti49 reaction at an incident energy of 6.0 MeV. The over-all energy resolution was 15 keV. Differential cross sections for the more intense proton groups were measured. A distorted-wave analysis yielded ln values and spectroscopic strengths for 24 of the (d,p) transitions. A sum-rule analysis indicates that most of the 1f72 and 2p strengths were located whereas only fractions of the 1f52, 1g92, 2d52, and 3s12 strengths were found. A level scheme for Ti49 is proposed and the Ti49 level structure is compared to theoretical predictions. It is pointed out that the level structure near 2.5 MeV in Ti49 is not clear experimentally, though several states important for the comparison with theory occur in this region. A set of Q values is proposed for the various Ti(d,p) reactions.

Original language	English (US)
Pages (from-to)	920-926
Number of pages	7
Journal	Physical Review
Volume	159
Issue number	4
DOIs	https://doi.org/10.1103/PhysRev.159.920
State	Published - 1967
Externally published	Yes

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Physics and Astronomy(all)

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10.1103/PhysRev.159.920

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title = "Inelastic deuteron scattering and (d,p) reactions from isotopes of titanium. IV. Ti48(d,p)Ti49",

abstract = "Levels below 6.2 MeV of excitation have been observed in the Ti48(d,p)Ti49 reaction at an incident energy of 6.0 MeV. The over-all energy resolution was 15 keV. Differential cross sections for the more intense proton groups were measured. A distorted-wave analysis yielded ln values and spectroscopic strengths for 24 of the (d,p) transitions. A sum-rule analysis indicates that most of the 1f72 and 2p strengths were located whereas only fractions of the 1f52, 1g92, 2d52, and 3s12 strengths were found. A level scheme for Ti49 is proposed and the Ti49 level structure is compared to theoretical predictions. It is pointed out that the level structure near 2.5 MeV in Ti49 is not clear experimentally, though several states important for the comparison with theory occur in this region. A set of Q values is proposed for the various Ti(d,p) reactions.",

author = "Barnes, {P. D.} and Comfort, {J. R.} and Bockelman, {C. K.} and Ole Hansen and A. Sperduto",

year = "1967",

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journal = "Physical Review",

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T1 - Inelastic deuteron scattering and (d,p) reactions from isotopes of titanium. IV. Ti48(d,p)Ti49

AU - Barnes, P. D.

AU - Comfort, J. R.

AU - Bockelman, C. K.

AU - Hansen, Ole

AU - Sperduto, A.

PY - 1967

Y1 - 1967

N2 - Levels below 6.2 MeV of excitation have been observed in the Ti48(d,p)Ti49 reaction at an incident energy of 6.0 MeV. The over-all energy resolution was 15 keV. Differential cross sections for the more intense proton groups were measured. A distorted-wave analysis yielded ln values and spectroscopic strengths for 24 of the (d,p) transitions. A sum-rule analysis indicates that most of the 1f72 and 2p strengths were located whereas only fractions of the 1f52, 1g92, 2d52, and 3s12 strengths were found. A level scheme for Ti49 is proposed and the Ti49 level structure is compared to theoretical predictions. It is pointed out that the level structure near 2.5 MeV in Ti49 is not clear experimentally, though several states important for the comparison with theory occur in this region. A set of Q values is proposed for the various Ti(d,p) reactions.

AB - Levels below 6.2 MeV of excitation have been observed in the Ti48(d,p)Ti49 reaction at an incident energy of 6.0 MeV. The over-all energy resolution was 15 keV. Differential cross sections for the more intense proton groups were measured. A distorted-wave analysis yielded ln values and spectroscopic strengths for 24 of the (d,p) transitions. A sum-rule analysis indicates that most of the 1f72 and 2p strengths were located whereas only fractions of the 1f52, 1g92, 2d52, and 3s12 strengths were found. A level scheme for Ti49 is proposed and the Ti49 level structure is compared to theoretical predictions. It is pointed out that the level structure near 2.5 MeV in Ti49 is not clear experimentally, though several states important for the comparison with theory occur in this region. A set of Q values is proposed for the various Ti(d,p) reactions.

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Inelastic deuteron scattering and (d,p) reactions from isotopes of titanium. IV. Ti48(d,p)Ti49

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