Dynamics Of The Quasielastic O-16(E,E ' P) Reaction At Q(2)Approximate To 0.8 (Gev/C)(2)

K. G. Fissum,M. Liang,B. D. Anderson,K. A. Aniol,L. Auerbach,F. T. Baker,J. Berthot, W. Bertozzi,M. Khayat,K. Kino,W. Korsch,L. Kramer,K. S. Kumar,G. Kumbartzki,G. Laveissiere,A. Leone,J. J. LeRose,L. Levchuk,R. A. Lindgren,N. Liyanage,G. J. Lolos,J. M. Ud ´ õas,J. R. Vignote,J. Ryckebusch,D. Debruyne,A. Deur,B. Diederich,P. Djawotho,J. Domingo,J.-E. Ducret,M. Epstein,L. Ewell,J. Finn,H. Fonvieille,B. Frois,S. Frullani,J. Gao,F. Garibaldi,A. Gasparian,S. Gilad,R. Gilman,A. Glamazdin, C. Glashausser,J. Gomez,V. Gorbenko,T. Gorringe,F. Hersman,R. Holmes,M. Holtrop,N. d’Hose,C. Howell,G. Huber,C. Hyde-Wright,M. Iodice,S. Jaminion,M. Jones,K. Joo,C. Jutier,W. Kahl,S. Kato,J. Kelly,S. Kerhoas,M. Khandaker,M. Khayat,K. Kino,W. Korsch,L. Kramer,K. Kumar,G. Kumbartzki,G. Laveissière,A. Leone,J. LeRose,L. Levchuk,R. Lindgren,N. Liyanage,G. Lolos,R. Lourie,R. Madey,K. Maeda,S. Malov,D. Manley,D. Margaziotis,P. Markowitz,J. Martino,J. McCarthy,K. McCormick,J. McIntyre,R. van der Meer,Z.-E. Meziani,R. Michaels,J. Mougey,S. Nanda,D. Neyret,E. Offermann,Z. Papandreou,C. Perdrisat,R. Perrino,G. Petratos,S. Platchkov,R. Pomatsalyuk,D. Prout,V. Punjabi,T. Pussieux,G. Quéméner,R. Ransome,O. Ravel,Y. Roblin,R. Roche,D. Rowntree,G. Rutledge,P. Rutt,A. Saha,T. Saito,A. Sarty,A. Serdarevic-Offermann,T. Smith,A. Soldi,P. Sorokin,P. Souder,R. Suleiman,J. Templon,T. Terasawa,L. Todor,H. Tsubota,H. Ueno,P. Ulmer,G. Urciuoli,P. Vernin,S. van Verst,B. Vlahovic,H. Voskanyan,J. Watson,L. Weinstein,K. Wijesooriya,B. Wojtsekhowski,D. Zainea,V. Zeps, J. Zhao,Z.-L Zhou,J. Udías,J. Vignote,J. Ryckebusch,D. Debruyne

PHYSICAL REVIEW C（2004）

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摘要

The physics program in Hall A at Jefferson Lab commenced in the summer of 1997 with a detailed investigation of the O-16(e,e(')p) reaction in quasielastic, constant (q,omega) kinematics at Q(2)approximate to0.8 (GeV/c)(2), qapproximate to1 GeV/c, and omegaapproximate to445 MeV. Use of a self-calibrating, self-normalizing, thin-film waterfall target enabled a systematically rigorous measurement. Five-fold differential cross-section data for the removal of protons from the 1p-shell have been obtained for 0

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