Journal Article10.1103/PHYSREVC.37.1350
Using the (p
F. T. Baker,L. Bimbot,R. W. Fergerson,C. Glashausser,K. L. Jones,A. Green,K. Nakayama,S. Nanda +7 more
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TL;DR: In this paper, spin-flip probabilities for inelastic scattering of 318 MeV protons from /sup 40/Ca reveal that much of the background underlying the giant dipole and quadrupole resonances at small angles is from deltaS = 1 transitions.
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Abstract: Measurements of spin-flip probabilities for inelastic scattering of 318 MeV protons from /sup 40/Ca reveal that much of the background underlying the giant dipole and quadrupole resonances at small angles is from deltaS = 1 transitions This holds the promise of allowing a much better estimate of this background than has previously been possible;one model-dependent parameter is necessary Subsequent analysis with a first estimate of this parameter is presented
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The nuclear spin response to intermediate energy protons
F. T. Baker,L. Bimbot,B. Castel,R.W. Fergerson,Charles Glashausser,A. Green,O. Häusser,O. Häusser,K.H. Hicks,K.W Jones,C. A. Miller,S. Nanda,R. D. Smith,Michel Vetterli,J. Wambach,J. Wambach,R. Abegg,D. Beatty,V. R. Cupps,Chaden Djalali,R.S. Henderson,R.S. Henderson,K. P. Jackson,R. Jeppeson,J. Lisantti,M. Morlet,R. Sawafta,W. Unkelbach,A. Willis,S. Yen +29 more
TL;DR: In this paper, the spin-flip probability S nn for inelastic proton scattering around 300 MeV from nuclei between 12 C and 90 Zr was measured for 40 Ca at 800 MeV and 44 Ca up to 75 MeV.
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References
Nucleon-nucleon t-matrix interaction for scattering at intermediate energies
M. A. Franey,W. G. Love +1 more
TL;DR: A local nucleon-nucleon effective interaction has been constructed at several bombarding energies between 50 and 1000 MeV/n nucleon within a dynamically nonrelativistic framework for ease of comparison with one-boson-exchange potential models.
475
Excitation of giant dipole and giant quadrupole states in nuclei
TL;DR: In this paper, the excitation of the giant dipole and quadrupole states in nuclei was investigated and two simple models were used for the transition densities and potentials in the dipole excitation.
194
Enhancement of the relative ( Delta S=1)/( Delta S=0) response of 40Ca at high excitation energies.
C. Glashausser,K. L. Jones,F. T. Baker,L. Bimbot,H Esbensen,R. W. Fergerson,A. Green,S. Nanda,RD Smith +8 more
TL;DR: Spin-flip probabilities have been measured for inelastic proton scattering from /sup 40/Ca at 319 MeV at angles between 3/sup 0/ and 12/sup 1/ and excitation energies up to about 40 MeV.
56
Is there a giant monopole resonance in light nuclei
TL;DR: In this article, a monopole transition has been found very close to the giant quadrupole resonance in 27 Al, 40 Ca, 56 Fe and 58,60 Ni nuclei with mass A ⩽ 60 by inelastic scattering of 108.5 MeV 3 He particles at very small angles.
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Fine structure and spin excitations in the giant resonance region of /sup 90/Zr
S. Nanda,C. Glashausser,K. W. Jones,J. A. McGill,T. A. Carey,J. B. McClelland,Josh Moss,S. J. Seestrom-Morris,H. Ohnuma,M. A. Franey,M. Gazzaly,Norton M. Hintz +11 more
TL;DR: The spin-flip measurements reveal a large cross section for spin excitations distributed roughly uniformly over the excitation energy region from about 8 to 25 MeV as discussed by the authors, and a rich fine structure is observed in the previously proposed $M1$ giant resonance region; angular distributions of most of these structures are consistent with $M 1$ excitation.
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