M.C. Green
Indiana University
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by M.C. Green.
Nuclear Physics | 1983
S. E. Vigdor; T.G. Throwe; M.C. Green; W.W. Jacobs; R.D. Bent; J.J. Kehayias; W.K. Pitts; T.E. Ward
Abstract Measurements of broad-range momentum spectra for (p, π − ) reactions near threshold on a number of target nuclei with 13⩽A⩽92 have revealed a striking and systematic selectivity for one or a few low-lying states In the residual nuclei. We propose that the dominant transitions lead to high-spin stretched (or nearly stretched) two-particle one-hole states (with respect to the target-nucleus ground-state configurations), as favored by a two-nucleon pion production mechanism. Experiments which might confirm this explanation and possible future applications of the (p, π − ) selectivity are discussed.
Physical Review Letters | 1982
W. W. Jacobs; T.G. Throwe; S.E. Vigdor; M.C. Green; J.R. Hall; H.O. Meyer; W.K. Pitts; M. Dillig
Possible signatures of two-nucleon pion production processes in reactions A(p/sub pol/,..pi../sup -/)A+1 near threshold are identified: a dependence of the analyzing power on the total angular momentum, and a simple scaling of the cross section with subshell occupancy for the struck target neutron. Measurements for /sup 12,13,14/C(p/sub pol/,..pi../sup -/) exhibit these expected features, supporting the view that the fundamental NN..-->..NN..pi.. processes dominate in nuclear pion production.
Physical Review Letters | 1982
W. W. Jacobs; T.G. Throwe; S.E. Vigdor; M.C. Green; J.R. Hall; H.O. Meyer; W.K. Pitts; M. Dillig
Possible signatures of two-nucleon pion production processes in reactions A(p/sub pol/,..pi../sup -/)A+1 near threshold are identified: a dependence of the analyzing power on the total angular momentum, and a simple scaling of the cross section with subshell occupancy for the struck target neutron. Measurements for /sup 12,13,14/C(p/sub pol/,..pi../sup -/) exhibit these expected features, supporting the view that the fundamental NN..-->..NN..pi.. processes dominate in nuclear pion production.
Physics Letters B | 1980
B. Höistad; P.H. Pile; T.P. Sjoreen; R.D. Bent; M.C. Green; F. Soga
Abstract Angular distributions from the (p, π ± ) reactions have been measured at 200 MeV on 12 C and 13 C leading to discrete final states in the residual nuclei. A comparison of the cross sections is made between transitions to isobaric analog and non analog final states. Differences between the (p, π + ) and (p, π − ) reactions are found in the shape and magnitude of the differential cross section as well as in the energy variation.
Physical Review Letters | 1979
P.H. Pile; R.D. Bent; R.E. Pollock; P.T. Debevec; R.E. Marrs; M.C. Green; T.P. Sjoreen; F. Soga
Physical Review Letters | 1982
S.E. Vigdor; T.G. Throwe; M.C. Green; W. W. Jacobs; R.D. Bent; J.J. Kehayias; W.K. Pitts; Tomas E. Ward
Physical Review Letters | 1978
R.D. Bent; P.T. Debevec; P.H. Pile; R.E. Pollock; R.E. Marrs; M.C. Green
Physical Review Letters | 1984
M.C. Green; J. Brown; W. W. Jacobs; E. Korkmas; T.G. Throwe; S.E. Vigdor; Tomas E. Ward; P.L. Jolivette; B.A. Brown
Physical Review C | 1981
F. Soga; P.H. Pile; R.D. Bent; M.C. Green; W. W. Jacobs; T.P. Sjoreen; T.E. Ward; A.G. Drentje
Physical Review C | 1987
T.G. Throwe; S.E. Vigdor; W. W. Jacobs; M.C. Green; C.W. Glover; Tomas E. Ward; B.P. Hichwa
