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Analyzing power measurements in high‐P2∥ p‐p elastic scattering
Raymond, R. S.; Brown, K. A.; Bruni, R. J.; Cameron, P. R.; Crabb, D. G.; Cummings, R. L.; Khiari, F. Z.; Krisch, A. D.; Lin, A. M. T.; Terwilliger, K. M.; Danby, G. T.; Lee, Y. Y.; Ratner, L. G.; O’Fallon, J. R.; Peaslee, D. C.; Bhatia, T. S.; Glass, G.; Northcliffe, L. C.
1984-11-15
Citation:Raymond, R. S.; Brown, K. A.; Bruni, R. J.; Cameron, P. R.; Crabb, D. G.; Cummings, R. L.; Khiari, F. Z.; Krisch, A. D.; Lin, A. M. T.; Terwilliger, K. M.; Danby, G. T.; Lee, Y. Y.; Ratner, L. G.; O’Fallon, J. R.; Peaslee, D. C.; Bhatia, T. S.; Glass, G.; Northcliffe, L. C. (1984). "Analyzing power measurements in high‐P2∥ p‐p elastic scattering." AIP Conference Proceedings 123(1): 1123-1125.
Abstract: The analyzing power in 28 GeV/c proton/proton elastic scattering was measured at P2∥=5.95 and 6.56 (GeV/c)2 using a polarized proton target and an unpolarized proton beam at the Brookhaven National Laboratory AGS. Results indicate that the analyzing power, A, is rising sharply with P2∥.
