Abstract
The reactions /sup 14/C(p,d), (d,d') and (d,p) have been measured for E/sub p/ = 27 MeV and E/sub d/ = 17 MeV. The (d,d') and (d,p) reactions were studied between theta/sub lab/ = 15/sup 0/ and 85/sup 0/; the (p,d) reactions, between theta/sub lab/ = 5/sup 0/ and 40/sup 0/. The /sup 14/C deformation parameters were deduced from the deuteron inelastic scattering and found to agree with deformations measured in nearby doubly even nuclei. The spectroscopic factors deduced from the (p,d) reaction allowed a /sup 14/C ground-state wave function to be deduced which compares favorably with a theoretically deduced wave function. The (p,d) and (d,p) spectroscopic factors are consistent. The implications of our /sup 14/C ground-state wave function regarding the problem of the /sup 14/C hindered beta decay are discussed.
Cecil, F E;
Shepard, J R;
Anderson, R E;
Peterson, R J;
Kaczkowski, P
[1]
- Colorado Univ., Boulder (USA). Nuclear Physics Lab.
Citation Formats
Cecil, F E, Shepard, J R, Anderson, R E, Peterson, R J, and Kaczkowski, P.
Charged particle reaction studies on /sup 14/C. [Spectroscopic factors].
Netherlands: N. p.,
1975.
Web.
Cecil, F E, Shepard, J R, Anderson, R E, Peterson, R J, & Kaczkowski, P.
Charged particle reaction studies on /sup 14/C. [Spectroscopic factors].
Netherlands.
Cecil, F E, Shepard, J R, Anderson, R E, Peterson, R J, and Kaczkowski, P.
1975.
"Charged particle reaction studies on /sup 14/C. [Spectroscopic factors]."
Netherlands.
@misc{etde_7344343,
title = {Charged particle reaction studies on /sup 14/C. [Spectroscopic factors]}
author = {Cecil, F E, Shepard, J R, Anderson, R E, Peterson, R J, and Kaczkowski, P}
abstractNote = {The reactions /sup 14/C(p,d), (d,d') and (d,p) have been measured for E/sub p/ = 27 MeV and E/sub d/ = 17 MeV. The (d,d') and (d,p) reactions were studied between theta/sub lab/ = 15/sup 0/ and 85/sup 0/; the (p,d) reactions, between theta/sub lab/ = 5/sup 0/ and 40/sup 0/. The /sup 14/C deformation parameters were deduced from the deuteron inelastic scattering and found to agree with deformations measured in nearby doubly even nuclei. The spectroscopic factors deduced from the (p,d) reaction allowed a /sup 14/C ground-state wave function to be deduced which compares favorably with a theoretically deduced wave function. The (p,d) and (d,p) spectroscopic factors are consistent. The implications of our /sup 14/C ground-state wave function regarding the problem of the /sup 14/C hindered beta decay are discussed.}
journal = []
volume = {255:2}
journal type = {AC}
place = {Netherlands}
year = {1975}
month = {Dec}
}
title = {Charged particle reaction studies on /sup 14/C. [Spectroscopic factors]}
author = {Cecil, F E, Shepard, J R, Anderson, R E, Peterson, R J, and Kaczkowski, P}
abstractNote = {The reactions /sup 14/C(p,d), (d,d') and (d,p) have been measured for E/sub p/ = 27 MeV and E/sub d/ = 17 MeV. The (d,d') and (d,p) reactions were studied between theta/sub lab/ = 15/sup 0/ and 85/sup 0/; the (p,d) reactions, between theta/sub lab/ = 5/sup 0/ and 40/sup 0/. The /sup 14/C deformation parameters were deduced from the deuteron inelastic scattering and found to agree with deformations measured in nearby doubly even nuclei. The spectroscopic factors deduced from the (p,d) reaction allowed a /sup 14/C ground-state wave function to be deduced which compares favorably with a theoretically deduced wave function. The (p,d) and (d,p) spectroscopic factors are consistent. The implications of our /sup 14/C ground-state wave function regarding the problem of the /sup 14/C hindered beta decay are discussed.}
journal = []
volume = {255:2}
journal type = {AC}
place = {Netherlands}
year = {1975}
month = {Dec}
}