Measurement of deeply virtual Compton scattering at HERA
- Adloff, C.
- Andreev, V.
- Andrieu, B.
- Anthonis, T.
- Arkadov, V.
- Astvatsatourov, A.
- Babaev, A.
- Bähr, J.
- Baranov, P.
- Barrelet, E.
- Bartel, W.
- Bate, P.
- Beglarian, A.
- Behnke, O.
- Beier, C.
- Belousov, A.
- Benisch, T.
- Berger, Ch.
- Berndt, T.
- Bizot, J.C.
- Boudry, V.
- Braunschweig, W.
- Brisson, V.
- Bröker, H.-B.
- Brown, D.P.
- Brückner, W.
- Bruncko, D.
- Bürger, J.
- Büsser, F.W.
- Bunyatyan, A.
- Burrage, A.
- Buschhorn, G.
- Bystritskaya, L.
- Campbell, A.J.
- Cao, J.
- Caron, S.
- Clarke, D.
- Clerbaux, B.
- Collard, C.
- Contreras, J.G.
- Coppens, Y.R.
- Coughlan, J.A.
- Cousinou, M.-C.
- Cox, B.E.
- Cozzika, G.
- Cvach, J.
- Dainton, J.B.
- Dau, W.D.
- Daum, K.
- Davidsson, M.
- Delcourt, B.
- Delerue, N.
- Demirchyan, R.
- De Roeck, A.
- De Wolf, E.A.
- Diaconu, C.
- Dingfelder, J.
- Dixon, P.
- Dodonov, V.
- Dowell, J.D.
- Droutskoi, A.
- Dubak, A.
- Duprel, C.
- Eckerlin, G.
- Eckstein, D.
- Efremenko, V.
- Egli, S.
- Eichler, R.
- Eisele, F.
- Eisenhandler, E.
- Ellerbrock, M.
- Elsen, E.
- Erdmann, M.
- Erdmann, W.
- Faulkner, P.J.W.
- Favart, L.
- Fedotov, A.
- Felst, R.
- Ferencei, J.
- Ferron, S.
- Fleischer, M.
- Fleming, Y.H.
- Flügge, G.
- Fomenko, A.
- Foresti, I.
- Formánek, J.
- Foster, J.M.
- Franke, G.
- Gabathuler, E.
- Gabathuler, K.
- Garvey, J.
- Gassner, J.
- Gayler, J.
- Gerhards, R.
- Gerlich, C.
- Ghazaryan, S.
- Goerlich, L.
- Gogitidze, N.
- Goldberg, M.
- Goodwin, C.
- Grab, C.
- Grässler, H.
- Greenshaw, T.
- Grindhammer, G.
- Hadig, T.
- Haidt, D.
- Hajduk, L.
- Haynes, W.J.
- Heinemann, B.
- Heinzelmann, G.
- Henderson, R.C.W.
- Hengstmann, S.
- Henschel, H.
- Heremans, R.
- Herrera, G.
- Herynek, I.
- Hildebrandt, M.
- Hilgers, M.
- Hiller, K.H.
- Hladký, J.
- Höting, P.
- Hoffmann, D.
- Horisberger, R.
- Hurling, S.
- Ibbotson, M.
- İşsever, Ç.
- Jacquet, M.
- Jaffre, M.
- Janauschek, L.
- Janssen, X.
- Jemanov, V.
- Jönsson, L.
- Johnson, D.P.
- Jones, M.A.S.
- Jung, H.
- Kästli, H.K.
- Kant, D.
- Kapichine, M.
- Karlsson, M.
- Karschnick, O.
- Keil, F.
- Keller, N.
- Kennedy, J.
- Kenyon, I.R.
- Kermiche, S.
- Kiesling, C.
- Kjellberg, P.
- Klein, M.
- Kleinwort, C.
- Kluge, T.
- Knies, G.
- Koblitz, B.
- Kolya, S.D.
- Korbel, V.
- Kostka, P.
- Kotelnikov, S.K.
- Koutouev, R.
- Koutov, A.
- Krehbiel, H.
- Kroseberg, J.
- Krüger, K.
- Küpper, A.
- Kuhr, T.
- Kurča, T.
- Lahmann, R.
- Lamb, D.
- Landon, M.P.J.
- Lange, W.
- Laštovička, T.
- Laycock, P.
- Lebailly, E.
- Lebedev, A.
- Leißner, B.
- Lemrani, R.
- Lendermann, V.
- Levonian, S.
- Lindstroem, M.
- List, B.
- Lobodzinska, E.
- Lobodzinski, B.
- Loginov, A.
- Loktionova, N.
- Lubimov, V.
- Lüders, S.
- Lüke, D.
- Lytkin, L.
- Mahlke-Krüger, H.
- Malden, N.
- Malinovski, E.
- Malinovski, I.
- Maraček, R.
- Marage, P.
- Marks, J.
- Marshall, R.
- Martyn, H.-U.
- Martyniak, J.
- Maxfield, S.J.
- Meer, D.
- Mehta, A.
- Meier, K.
- Meyer, A.B.
- Meyer, H.
- Meyer, J.
- Meyer, P.-O.
- Mikocki, S.
- Milstead, D.
- Mkrtchyan, T.
- Mohr, R.
- Mohrdieck, S.
- Mondragon, M.N.
- Moreau, F.
- Morozov, A.
- Morris, J.V.
- Müller, K.
- Murı́n, P.
- Nagovizin, V.
- Naroska, B.
- Naumann, J.
- Naumann, Th.
- Nellen, G.
- Newman, P.R.
- Nicholls, T.C.
- Niebergall, F.
- Niebuhr, C.
- Nix, O.
- Nowak, G.
- Olsson, J.E.
- Ozerov, D.
- Panassik, V.
- Pascaud, C.
- Patel, G.D.
- Peez, M.
- Perez, E.
- Phillips, J.P.
- Pitzl, D.
- Pöschl, R.
- Potachnikova, I.
- Povh, B.
- Rabbertz, K.
- Rädel, G.
- Rauschenberger, J.
- Reimer, P.
- Reisert, B.
- Reyna, D.
- Risler, C.
- Rizvi, E.
- Robmann, P.
- Roosen, R.
- Rostovtsev, A.
- Rusakov, S.
- Rybicki, K.
- Sankey, D.P.C.
- Scheins, J.
- Schilling, F.-P.
- Schleper, P.
- Schmidt, D.
- Schmidt, D.
- Schmidt, S.
- Schmitt, S.
- Schneider, M.
- Schoeffel, L.
- Schöning, A.
- Schörner, T.
- Schröder, V.
- Schultz-Coulon, H.-C.
- Schwanenberger, C.
- Sedlák, K.
- Sefkow, F.
- Shekelyan, V.
- Sheviakov, I.
- Shtarkov, L.N.
- Sirois, Y.
- Sloan, T.
- Smirnov, P.
- Soloviev, Y.
- South, D.
- Spaskov, V.
- Specka, A.
- Spitzer, H.
- Stamen, R.
- Stella, B.
- Stiewe, J.
- Straumann, U.
- Swart, M.
- Taševský, M.
- Tchernyshov, V.
- Tchetchelnitski, S.
- Thompson, G.
- Thompson, P.D.
- Tobien, N.
- Traynor, D.
- Truöl, P.
- Tsipolitis, G.
- Tsurin, I.
- Turnau, J.
- Turney, J.E.
- Tzamariudaki, E.
- Udluft, S.
- Urban, M.
- Usik, A.
- Valkár, S.
- Valkárová, A.
- Vallée, C.
- Van Mechelen, P.
- Vassiliev, S.
- Vazdik, Y.
- Vichnevski, A.
- Wacker, K.
- Wallny, R.
- Waugh, B.
- Weber, G.
- Weber, M.
- Wegener, D.
- Werner, C.
- Werner, M.
- Werner, N.
- White, G.
- Wiesand, S.
- Wilksen, T.
- Winde, M.
- Winter, G.-G.
- Wissing, Ch.
- Wobisch, M.
- Wünsch, E.
- Wyatt, A.C.
- Žáček, J.
- Zálešák, J.
- Zhang, Z.
- Zhokin, A.
- Zomer, F.
- Zsembery, J.
- zur Nedden, M.
DOIAbstract
AbstractA measurement is presented of elastic deeply virtual Compton scattering e++p→e++γ+p at HERA using data taken with the H1 detector. The cross section is measured as a function of the photon virtuality, Q2, and the invariant mass, W, of the γp system, in the kinematic range 2<Q2<20GeV2, 30<W<120GeV and |t|<1GeV2, where t is the squared momentum transfer to the proton. The measurement is compared to QCD based calculations
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