Hard single diffraction in $\bar{p}p$ collisions at $\sqrt s$ = 630 and 1800 GeV
- Abazov, V.M.
- Abbott, B.
- Abdesselam, Abdelmalek
- Abolins, M.
- Abramov, V.
- Acharya, B.S.
- Adams, D.L.
- Adams, M.
- Ahmed, S.N.
- Alexeev, G.D.
- Alton, A.
- Alves, G.A.
- Amos, N.
- Anderson, E.W.
- Arnoud, Y.
- Avila, C.
- Baarmand, M.M.
- Babintsev, V.V.
- Babukhadia, L.
- Bacon, T.C.
- Baden, A.
- Baldin, B.
- Balm, P.W.
- Banerjee, S.
- Barberis, E.
- Baringer, P.
- Barreto, J.
- Bartlett, J.F.
- Bassler, U.
- Bauer, D.
- Bean, A.
- Beaudette, F.
- Begel, M.
- Belyaev, A.
- Beri, S.B.
- Bernardi, G.
- Bertram, I.
- Besson, A.
- Beuselinck, R.
- Bezzubov, V.A.
- Bhat, P.C.
- Bhatnagar, V.
- Bhattacharjee, M.
- Blazey, G.
- Blekman, F.
- Blessing, S.
- Boehnlein, A.
- Bojko, N.I.
- Borcherding, F.
- Bos, K.
- Bose, T.
- Brandt, A.
- Breedon, R.
- Briskin, G.
- Brock, R.
- Brooijmans, G.
- Bross, A.
- Buchholz, D.
- Buehler, M.
- Buescher, V.
- Burtovoi, V.S.
- Butler, J.M.
- Canelli, F.
- Carvalho, W.
- Casey, D.
- Casilum, Z.
- Castilla-Valdez, H.
- Chakraborty, D.
- Chan, K.M.
- Chekulaev, S.V.
- Cho, D.K.
- Choi, S.,
- Chopra, S.
- Christenson, J.H.
- Chung, M.
- Claes, D.
- Clark, A.R.
- Coney, L.
- Connolly, B.
- Cooper, W.E.
- Coppage, D.
- Crepe-Renaudin, S.
- Cutts, D.
- Davis, G.A.
- Davis, K.
- De, K.
- de Jong, S.J.
- del Signore, K.
- Demarteau, M.
- Demina, R.
- Demine, P.
- Denisov, D.
- Denisov, S.P.
- Desai, S.
- Diehl, H.T.
- Diesburg, M.
- Doulas, S.
- Ducros, Y.
- Dudko, L.V.
- Duensing, S.
- Duflot, L.
- Dugad, S.R.
- Duperrin, A.
- Dyshkant, A.
- Edmunds, D.
- Ellison, J.
- Eltzroth, J.T.
- Elvira, V.D.
- Engelmann, R.
- Eno, S.
- Eppley, G.
- Ermolov, P.
- Eroshin, O.V.
- Estrada, J.
- Evans, H.
- Evdokimov, V.N.
- Fahland, T.
- Feher, S.
- Fein, D.
- Ferbel, T.
- Filthaut, F.
- Fisk, H.E.
- Fisyak, Y.
- Flattum, E.
- Fleuret, F.
- Fortner, M.
- Fox, H.
- Frame, K.C.
- Fu, S.
- Fuess, S.
- Gallas, E.
- Galyaev, A.N.
- Gao, M.
- Gavrilov, V.
- Genik, R.J.
- Genser, K.
- Gerber, C.E.
- Gershtein, Y.
- Gilmartin, R.
- Ginther, G.
- Gomez, B.
- Gomez, G.
- Goncharov, P.I.
- Gonzalez Solis, J.L.
- Gordon, H.
- Goss, L.T.
- Gounder, K.
- Goussiou, A.
- Graf, N.
- Graham, G.
- Grannis, P.D.
- Green, J.A.
- Greenlee, H.
- Greenwood, Z.D.
- Grinstein, S.
- Groer, L.
- Grunendahl, S.
- Gupta, Anupam
- Gurzhev, S.N.
- Gutierrez, G.
- Gutierrez, P.
- Hadley, N.J.
- Haggerty, H.
- Hagopian, S.
- Hagopian, V.
- Hall, R.E.
- Hanlet, P.
- Hansen, Scott
- Hauptman, J.M.
- Hays, C.
- Hebert, Christian
- Hedin, D.
- Heinmiller, J.M.
- Heinson, A.P.
- Heintz, U.
- Hildreth, M.D.
- Hirosky, R.
- Hobbs, J.D.
- Hoeneisen, B.
- Huang, Yue
- Iashvili, I.
- Illingworth, R.
- Ito, A.S.
- Jaffre, M.
- Jain, S.
- Jesik, R.
- Johns, K.
- Johnson, M.
- Jonckheere, A.
- Jostlein, H.
- Juste, A.
- Kahl, W.
- Kahn, S.
- Kajfasz, E.
- Kalinin, A.M.
- Karmanov, D.
- Karmgard, D.
- Kehoe, R.
- Khanov, A.
- Kharchilava, A.
- Kim, S.K.
- Klima, B.
- Knuteson, B.
- Ko, W.
- Kohli, J.M.
- Kostritskiy, A.V.
- Kotcher, J.
- Kothari, B.
- Kotwal, A.V.
- Kozelov, A.V.
- Kozlovsky, E.A.
- Krane, J.
- Krishnaswamy, M.R.
- Krivkova, P.
- Krzywdzinski, S.
- Kubantsev, M.
- Kuleshov, S.
- Kulik, Y.
- Kunori, S.
- Kupco, A.
- Kuznetsov, V.E.
- Landsberg, G.
- Lee, W.M.
- Leflat, A.
- Leggett, C.
- Lehner, F.
- Leonidopoulos, C.
- Li, J.
- Li, Q.Z.
- Li, Xiaojian
- Lincoln, D.
- Linn, S.L.
- Linnemann, J.
- Lipton, R.
- Lucotte, A.
- Lueking, L.
- Lundstedt, C.
- Luo, C.
- Maciel, A.K.A.
- Madaras, R.J.
- Malyshev, V.L.
- Manankov, V.
- Mao, H.S.
- Marshall, T.
- Martin, M.I.
- Mauritz, K.M.
- Mayorov, A.A.
- Mccarthy, R.
- Mcmahon, T.
- Melanson, H.L.
- Merkin, M.
- Merritt, K.W.
- Miao, C.
- Miettinen, H.
- Mihalcea, D.
- Mishra, C.S.
- Mokhov, N.
- Mondal, N.K.
- Montgomery, H.E.
- Moore, R.W.
- Mostafa, M.
- da Motta, H.
- Nagy, E.
- Nang, F.
- Narain, M.
- Narasimham, V.S.
- Naumann, N.A.
- Neal, H.A.
- Negret, J.P.
- Negroni, S.
- Nunnemann, T.
- O'Neil, D.
- Oguri, V.
- Olivier, B.
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- Padley, P.
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- Papageorgiou, K.
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- Parua, N.
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- Peters, O.
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- Piegaia, R.
- Pope, B.G.
- Popkov, E.
- Prosper, H.B.
- Protopopescu, S.
- Przybycien, M.B.
- Raja, R.
- Rajagopalan, S.
- Ramberg, E.
- Rapidis, P.A.
- Reay, N.W.
- Reucroft, S.
- Ridel, M.
- Rijssenbeek, M.
- Rizatdinova, F.
- Rockwell, T.
- Roco, M.
- Royon, C.
- Rubinov, P.
- Ruchti, R.
- Rutherfoord, J.
- Sabirov, B.M.
- Sajot, G.
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- Schamberger, R.D.
- Schellman, H.
- Schwartzman, A.
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- Shabalina, E.
- Shivpuri, R.K.
- Shpakov, D.
- Shupe, M.
- Sidwell, R.A.
- Simak, V.
- Singh, H.
- Singh, J.B.
- Sirotenko, V.
- Slattery, P.
- Smith, E.
- Smith, R.P.
- Snihur, R.
- Snow, G.R.
- Snow, J.
- Snyder, S.
- Solomon, J.
- Song, Y.
- Sorin, V.
- Sosebee, M.
- Sotnikova, N.
- Soustruznik, K.
- Souza, M.
- Stanton, N.R.
- Steinbruck, G.
- Stephens, R.W.
- Stichelbaut, F.
- Stoker, D.
- Stolin, V.
- Stone, A.
- Stoyanova, D.A.
- Strang, M.A.
- Strauss, M.
- Strovink, M.
- Stutte, L.
- Sznajder, A.
- Talby, M.
- Taylor, W.
- Tentindo-Repond, S.
- Tripathi, S.M.
- Trippe, T.G.
- Turcot, A.S.
- Tuts, P.M.
- Vanev, V.
- van Kooten, R.
- Varelas, N.
- Vertogradov, L.S.
- Villeneuve-Seguier, F.
- Volkov, A.A.
- Vorobev, A.P.
- Wahl, H.D.
- Wang, H.
- Wang, Z.M.
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- Watts, G.
- Wayne, M.
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- White, J.T.
- Whiteson, D.
- Wijngaarden, D.A.
- Willis, S.
- Wimpenny, S.J.
- Womersley, J.
- Wood, D.R.
- Xu, Q.
- Yamada, R.
- Yamin, P.
- Yasuda, T.
- Yatsunenko, Y.A.
- Yip, K.
- Youssef, S.
- Yu, J.
- Yu, Z.
- Zanabria, M.
- Zhang, X.
- Zheng, H.
- Zhou, B.
- Zhou, Z.
- Zielinski, M.
- Zieminska, D.
- Zieminski, A.
- Zutshi, V.
- Zverev, E.G.
- Zylberstejn, A.
DOIAbstract
Using the DØ detector, we have studied events produced in $\bar{p}p$ collisions that contain large forward regions with very little energy deposition (“rapidity gaps”) and concurrent jet production at center-of-mass energies of $\sqrt s$ = 630 and 1800 GeV. The fraction of events with forward or central jets associated with rapidity gaps is compared to predictions for hard diffraction. We also extract the momentum loss for scattered protons in such processes
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