M. R. Whalley
University of Michigan
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Featured researches published by M. R. Whalley.
Nuclear Physics | 1979
C. E. Dehaven; C.A. Ayre; H. R. Gustafson; Lawrence W. Jones; Michael J. Longo; P. V. Ramana Murthy; T. J. Roberts; M. R. Whalley
Abstract We report the results of an experiment which measured np elastic scattering differential cross sections over a range in − t from 0.15 to ∼3.6 (GeV/ c ) 2 for incident neutron momenta from 70 to 400 GeV/ c . We find the logarithmic slope parameter, evaluated at − t = 0.2 (GeV/ c ) 2 , to be consistent with existing proton-proton parametrizations. The data exhibit a dip in the cross section near − t = 1.4 (GeV/ c ) 2 for incident neutron momenta above 200 GeV/ c . For neutron momenta less than 280 GeV/ c , the neutron-proton cross sections are found to be higher than existing proton-proton data in the range 0.7 ⩽ − t ⩽ 1.3 (GeV/ c ) 2 which is in contradiction to most Regge predictions.
New Results in High Energy Physics-1978: 3rd Vanderbilt Conference | 2008
W. P. Oliver; R. Gustafson; Lawrence W. Jones; M. J. Longo; T. J. Roberts; M. R. Whalley; D. Garelick; P.S. Gauthier; M. J. Glaubman; H. Johnstad; M. L. Mallary; J. Moromisato; E. von Goeler; Roy Weinstein; S. Childress; P. Mockett; J. P. Rutherfoord; S. R. Smith; R.W. Williams
The mass spectrum of dimuons produced by 400 GeV/c protons in Tungsten has been measured for masses greater than 7 GeV. A clear resonant signal of 2700 upsilons has been seen. The dependence of dimuon production on xF and pT has been determined for dimuon masses in the range 7.0 to 8.25 GeV as well as for masses in the upsilon region 8.25 to 9.75 GeV.
High Energy Physics-1980: 20th International Conference, Madison, Wisconsin | 1981
T. J. Roberts; S. Childress; D. A. Garelick; P. S. Gauthier; M. J. Glaubman; H. R. Gustafson; H. Johnstad; Lawrence W. Jones; M. J. Longo; M. L. Mallary; P. M. Mockett; J. Moromisado; W. P. Oliver; J. P. Rutherfoord; S. R. Smith; E. von Goeler; M. R. Whalley
The reaction p+W→μ+μ−+X has been measured in a high‐statistics experiment using a 400 GeV/c proton beam, a magnetized beam dump, and a wide‐acceptance detector. Abbreviated results and a comparison with the Drell‐Yan Model are presented.
Physical Review Letters | 1985
Stephen Childress; Lawrence W. Jones; P.M. Mockett; M.L. Mallary; H. Johnstad; D.A. Garelick; M. R. Whalley; S.R. Smith; J.P. Rutherfoord; M.J. Glaubman; T. J. Roberts; M. J. Longo; P.S. Gauthier; H. Richard Gustafson
Physical Review Letters | 1978
C. E. Dehaven; C.A. Ayre; H. R. Gustafson; Lawrence W. Jones; M. J. Longo; P. V. Ramana Murthy; T. J. Roberts; M. R. Whalley
Physical Review Letters | 1981
S. R. Smith; S. Childress; P. Mockett; J. P. Rutherfoord; R.W. Williams; H. R. Gustafson; Lawrence W. Jones; M. J. Longo; T. J. Roberts; M. R. Whalley; D. Garelick; P.S. Gauthier; M. J. Glaubman; H. Johnstad; M.L. Mallary; Jorge H. Moromisato; E. Pothier; E. von Goeler; W. P. Oliver
Archive | 1979
M. R. Whalley; H. Richard Gustafson; K. Heller; Lawrence W. Jones; Michael J. Longo; T. J. Roberts
Physical Review Letters | 1985
S. Childress; P. Mockett; J. P. Rutherfoord; S. R. Smith; H. R. Gustafson; Lawrence W. Jones; M. J. Longo; T. J. Roberts; M. R. Whalley; D. Garelick; P.S. Gauthier; M.L. Mallary; M. J. Glaubman; H. Johnstad
Physical Review Letters | 1985
S. Childress; P. Mockett; J. P. Rutherfoord; S. R. Smith; H. R. Gustafson; Lawrence W. Jones; M. J. Longo; T. J. Roberts; M. R. Whalley; D. Garelick; P.S. Gauthier; M. L. Mallary; M. J. Glaubman; H. Johnstad
Archive | 1980
Lawrence W. Jones; M. R. Whalley; H. Richard Gustafson; K. Heller; M. J. Longo; T. J. Roberts
