C. L. Hollas
University of Texas at Austin
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Featured researches published by C. L. Hollas.
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1985
M.W. McNaughton; B. E. Bonner; H. Ohnuma; O.B. Van Dijk; Sun Tsu-hsun; C. L. Hollas; D.J. Cremans; K.H. McNaughton; P. J. Riley; R.F. Rodebaugh; Shen-wu Xu; S.E. Turpin; B. Aas; G.S. Weston
Abstract The inclusive p-C analyzing power has been measured for laboratory scattering angles between 3° and 19° for energies between 80 and 584 MeV. The experiment was performed at LAMPF using a large solid angle polarimeter. These data have been incorporated into the existing data base to obtain a new energy dependent p-C analyzing power fit for the energy range 100–750 MeV.
Nuclear Instruments and Methods in Physics Research | 1982
R. D. Ransome; C. L. Hollas; P. J. Riley; B. E. Bonner; W.D. Cornelius; O. B. van Dyck; E. W. Hoffman; M.W. McNaughton; R.L. York; S.A. Wood; K. Toshioka
Abstract The inclusive p-C analyzing power has been measured for laboratory scattering angles between 4° and 25°, for energies between 100 and 750 MeV. The inclusive p-Be analyzing power has been measured at 780 MeV between 4° and 28°. The experiment was performed at LAMPF using a large solid angle polarimeter. An energy dependent empirical fit to these data as well as to data from SIN and TRIUMF is presented. The data from all three facilities are in generally good agreement.
Nuclear Physics | 1988
R.L. Shypit; D.V. Bugg; D. M. Lee; M.W. McNaughton; Richard R. Silbar; N. M. Stewart; A.S. Clough; C. L. Hollas; K.H. McNaughton; P. J. Riley; C.A. Davis
Data on spin correlation parameters ASL, ALL and ANO for pp → π+d are reported at 492, 729 and 796 MeV. The 729 MeV ASL data are important in stabilising the amplitude analysis near that energy.
Physical Review Letters | 1988
R. L. Shypit; D. V. Bugg; D. M. Lee; M.W. McNaughton; Richard R. Silbar; N. M. Stewart; A. S. Clough; C. L. Hollas; K.H. McNaughton; P. J. Riley; C.A. Davis
Physical Review Letters | 1977
B. E. Bonner; C. L. Hollas; Charles Ray Newsom; P. J. Riley; G. Glass
Physical Review C | 1989
R.L. Shypit; D.V. Bugg; A.H. Sanjari; D. M. Lee; M.W. McNaughton; Richard R. Silbar; C. L. Hollas; K.H. McNaughton; P. J. Riley; C.A. Davis
Physical Review Letters | 1985
C. L. Hollas; K.H. McNaughton; P. J. Riley; Shen Wu Xu; B. E. Bonner; O. B. van Dyck; J. McGill; M.W. McNaughton; J. C. Peng; Richard R. Silbar; J. Dubach; W. M. Kloet
Physical Review C | 1981
C. L. Hollas; Charles Ray Newsom; P. J. Riley; B. E. Bonner; G. Glass
Physical Review C | 1972
C. L. Hollas; H. R. Hiddleston; V. D. Mistry; S. Sen; P. J. Riley
Physical Review C | 1970
K. Haravu; C. L. Hollas; P. J. Riley; W.R. Coker