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Author Acciarri, M. ♦ Achard, P. ♦ Adriani, O. ♦ Aguilar-Benitez, M. ♦ Alcaraz, J. ♦ Alemanni, G. ♦ Allaby, J. ♦ Aloisio, A. ♦ Alviggi, M. G. ♦ Ambrosi, G. ♦ Anderhub, H. ♦ Andreev, V. P. ♦ Angelescu, T. ♦ Anselmo, F. ♦ Arefev, A. ♦ Azemoon, T. ♦ Aziz, T. ♦ Bagnaia, P. ♦ Bajo, A. ♦ Baksay, L. ♦ Balandras, A. ♦ Baldew, S. V. ♦ Banerjee, S. ♦ Banerjee, Sw ♦ Barczyk, A. ♦ Barillere, R. ♦ Bartalini, P. ♦ Basile, M. ♦ Batalova, N. ♦ Battiston, R. ♦ Bay, A. ♦ Becattini, F. ♦ Becker, U. ♦ Behner, F. ♦ Bellucci, L. ♦ Berbeco, R. ♦ Berdugo, J. ♦ Berges, P. ♦ Bertucci, B. ♦ Betev, B. L. ♦ Bhattacharya, S. ♦ Biasini, M. ♦ Biland, A. ♦ Blaising, J. J. ♦ Blyth, S. C. ♦ Bobbink, G. J. ♦ Bhm, A. ♦ Boldizsar, L. ♦ Borgia, B. ♦ Bourilkov, D. ♦ Bourquin, M. ♦ Braccini, S. ♦ Branson, J. G. ♦ Brochu, F. ♦ Buffini, A. ♦ Buijs, A. ♦ Burger, J. D. ♦ Burger, W. J. ♦ Cai, X. D. ♦ Capell, M. ♦ Romeo, G. Cara ♦ Carlino, G. ♦ Cartacci, A. M. ♦ Casaus, J. ♦ Castellini, G. ♦ Cavallari, F. ♦ Cavallo, N. ♦ Cecchi, C. ♦ Cerrada, M. ♦ Cesaroni, F. ♦ Chamizo-Llatas, M. ♦ Chang, Y. H. ♦ Chaturvedi, U. K. ♦ Chemarin, M. ♦ Chen, A. ♦ Chen, G. ♦ Chen, G. M. ♦ Chen, H. F. ♦ Chen, H. S. ♦ Chiefari, G. ♦ Cifarelli, L. ♦ Cindolo, F. ♦ Civinini, C. ♦ Clare, I. ♦ Clare, R. ♦ Coignet, G. ♦ Colino, N. ♦ Costantini, S. ♦ Cotorobai, F. ♦ B. De La Cruz ♦ Csilling, A. ♦ Cucciarelli, S. ♦ Dai, T. S. ♦ J A. Van Dalen ♦ D'Alessandro, R. ♦ Asmundis, R. De ♦ Deglon, P. ♦ Degre, A. ♦ Deiters, K. ♦ Volpe, D. Della ♦ Delmeire, E. ♦ Denes, P. ♦ Notaristefani, F. De ♦ Salvo, A. De ♦ Diemoz, M. ♦ Dierckxsens, M. ♦ D N. Van Dierendonck ♦ Dionisi, C. ♦ Dittmar, M. ♦ Dominguez, A. ♦ Doria, A. ♦ Dova, M. T. ♦ Duchesneau, D. ♦ Dufournaud, D. ♦ Duinker, P. ♦ Mamouni, H. El ♦ Engler, A. ♦ Eppling, F. J. ♦ Erne, F. C. ♦ Ewers, A. ♦ Extermann, P. ♦ Fabre, M. ♦ Falagan, M. A. ♦ Falciano, S. ♦ Favara, A. ♦ Fay, J. ♦ Fedin, O. ♦ Felcini, M. ♦ Ferguson, T. ♦ Fesefeldt, H. ♦ Fiandrini, E. ♦ Field, J. H. ♦ Filthaut, F. ♦ Fisher, P. H. ♦ Fisk, I. ♦ Forconi, G. ♦ Freudenreich, K. ♦ Furetta, C. ♦ Galaktionov, Yu ♦ Ganguli, S. N. ♦ Garcia-Abia, P. ♦ Gataullin, M. ♦ Gau, S. S. ♦ Gentile, S. ♦ Gheordanescu, N. ♦ Giagu, S. ♦ Gong, Z. F. ♦ Grenier, G. ♦ Grimm, O. ♦ Grnewald, M. W. ♦ Guida, M. ♦ Gulik, R. Van ♦ Gupta, V. K. ♦ Gurtu, A. ♦ Gutay, L. J. ♦ Haas, D. ♦ Hasan, A. ♦ Hatzifotiadou, D. ♦ Hebbeker, T. ♦ Herve, A. ♦ Hidas, P. ♦ Hirschfelder, J. ♦ Hofer, H. ♦ Holzner, G. ♦ Hoorani, H. ♦ Hou, S. R. ♦ Hu, Y. ♦ Iashvili, I. ♦ Jin, B. N. ♦ Jones, L. W. ♦ Jong, P. De ♦ Josa-Mutuberria, I. ♦ Khan, R. A. ♦ Kafer, D. ♦ Kaur, M. ♦ Kienzle-Focacci, M. N. ♦ Kim, D. ♦ Kim, J. K. ♦ Kirkby, J. ♦ Kiss, D. ♦ Kittel, W. ♦ Klimentov, A. ♦ Knig, A. C. ♦ Kopal, M. ♦ Kopp, A. ♦ Koutsenko, V. F. ♦ Kraber, M. ♦ Kramer, R. W. ♦ Krenz, W. ♦ Krger, A. ♦ Kunin, A. ♦ P. Ladron De Guevara ♦ Laktineh, I. ♦ Landi, G. ♦ Lebeau, M. ♦ Lebedev, A. A. ♦ Lebrun, P. ♦ Lecomte, P. ♦ Lecoq, P. ♦ Coultre, P. Le ♦ Lee, H. J. ♦ J M. Le Goff ♦ Leiste, R. ♦ Levchenko, P. ♦ Li, C. ♦ Likhoded, S. ♦ Lin, C. H. ♦ Lin, W. T. ♦ Linde, F. L. ♦ Lista, L. ♦ Liu, Z. A. ♦ Lohmann, W. ♦ Longo, E. ♦ Lu, Y. S. ♦ Lbelsmeyer, K. ♦ Luci, C. ♦ Luckey, D. ♦ Lugnier, L. ♦ Luminari, L. ♦ Lustermann, W. ♦ Ma, W. G. ♦ Maity, M. ♦ Malgeri, L. ♦ Malinin, A. ♦ Mana, C. ♦ Mangeol, D. ♦ Mans, J. ♦ Marian, G. ♦ Martin, J. -P ♦ Marzano, F. ♦ Mazumdar, K. ♦ McNeil, R. R. ♦ Mele, S. ♦ Merola, L. ♦ Meschini, M. ♦ Metzger, W. J. ♦ M. Von Der Mey ♦ Mihul, A. ♦ Milcent, H. ♦ Mirabelli, G. ♦ Mnich, J. ♦ Mohanty, G. B. ♦ Moulik, T. ♦ Muanza, G. -S ♦ A J M. Muijs ♦ Musicar, B. ♦ Musy, M. ♦ Napolitano, M. ♦ Nessi-Tedaldi, F. ♦ Newman, H. ♦ Niessen, T. ♦ Nisati, A. ♦ Nowak, H. ♦ Ofierzynski, R. ♦ Organtini, G. ♦ Oulianov, A. ♦ Palomares, C. ♦ Pandoulas, D. ♦ Paoletti, S. ♦ Paolucci, P. ♦ Paramatti, R. ♦ Park, H. K. ♦ Park, I. H. ♦ Passaleva, G. ♦ Patricelli, S. ♦ Paul, T. ♦ Pauluzzi, M. ♦ Paus, C. ♦ Pauss, F. ♦ Pedace, M. ♦ Pensotti, S. ♦ Perret-Gallix, D. ♦ Petersen, B. ♦ Piccolo, D. ♦ Pierella, F. ♦ Pieri, M. ♦ Piroue, P. A. ♦ Pistolesi, E. ♦ Plyaskin, V. ♦ Pohl, M. ♦ Pozhidaev, V. ♦ Postema, H. ♦ Pothier, J. ♦ Prokofev, D. O. ♦ Prokofev, D. ♦ Quartieri, J. ♦ Rahal-Callot, G. ♦ Rahaman, M. A. ♦ Raics, P. ♦ Raja, N. ♦ Ramelli, R. ♦ Rancoita, P. G. ♦ Ranieri, R. ♦ Raspereza, A. V. ♦ Raven, G. ♦ Razis, P. ♦ Ren, D. ♦ Rescigno, M. ♦ Reucroft, S. ♦ Riemann, S. ♦ Riles, K. ♦ Rodin, J. ♦ Roe, B. P. ♦ Romero, L. ♦ Rosca, A. ♦ Rosier-Lees, S. ♦ Roth, S. ♦ Rosenbleck, C. ♦ Roux, B. ♦ Rubio, J. A. ♦ Ruggiero, G. ♦ Rykaczewski, H. ♦ Saremi, S. ♦ Sarkar, S. ♦ Salicio, J. ♦ Sanchez, E. ♦ Sanders, M. P. ♦ Schafer, C. ♦ Shchegelskii, V. ♦ Schmidt-Karst, S. ♦ Schmitz, D. ♦ Schopper, H. ♦ Schotanus, D. J. ♦ Schwering, G. ♦ Sciacca, C. ♦ Seganti, A. ♦ Servoli, L. ♦ Shevchenko, S. ♦ Shivarov, N. ♦ Shoutko, V. ♦ Shumilov, E. ♦ Shvorob, A. ♦ Siedenburg, T. ♦ Son, D. ♦ B. B.N. Smith ♦ Spillantini, P. ♦ Steuer, M. ♦ Stickland, D. P. ♦ Stone, A. ♦ Stoyanov, B. ♦ Strassner, A. ♦ Sudhakar, K. ♦ Sultanov, G. ♦ Sun, L. Z. ♦ Sushkov, S. ♦ Suter, H. ♦ Swain, J. D. ♦ Szillasi, Z. ♦ Sztaricskai, T. ♦ Tang, X. W. ♦ Tauscher, L. ♦ Taylor, L. ♦ Tellili, B. ♦ Teyssier, D. ♦ Timmermans, C. ♦ S C C. Ting ♦ Ting, S. M. ♦ Tonwar, S. C. ♦ Toth, J. ♦ Tully, C. ♦ Tung, K. L. ♦ Uchida, Y. ♦ Ulbricht, J. ♦ Valente, E. ♦ Vesztergombi, G. ♦ Vetlitskii, I. ♦ Vicinanza, D. ♦ Viertel, G. ♦ Villa, S. ♦ Vivargent, M. ♦ Vlachos, S. ♦ Vodopyanov, I. ♦ Vogel, H. ♦ Vogt, H. ♦ Vorobev, I. ♦ Vorobyov, A. A. ♦ Vorvolakos, A. ♦ Wadhwa, M. ♦ Wallraff, W. ♦ Wang, M. ♦ Wang, X. L. ♦ Wang, Z. M. ♦ Weber, A. ♦ Weber, M. ♦ Wienemann, P. ♦ Wilkens, H. ♦ Wu, S. X. ♦ Wynhoff, S. ♦ Xia, L. ♦ Xu, Z. Z. ♦ Yamamoto, J. ♦ Yang, B. Z. ♦ Yang, C. G. ♦ Yang, H. J. ♦ Yang, M. ♦ Ye, J. B. ♦ Yeh, S. C. ♦ Zalite, A. ♦ Zalite, Yu ♦ Zhang, Z. P. ♦ Zhu, G. Y. ♦ Zhu, R. Y. ♦ Zichichi, A. ♦ Zilizi, G. ♦ Zimmermann, B. ♦ Zller, M.
Source Hyper Articles en Ligne (HAL)
Content type Text
Publisher Elsevier
File Format PDF
Language English
Subject Keyword phys ♦ Physics [physics]/High Energy Physics - Experiment [hep-ex]
Abstract The reaction e+e- -> e+e- gamma* gamma* -> e+e- hadrons for quasi-real photons is studied using data from root(s) = 183 GeV up to 202 GeV. Results on the total cross sections sigma(e+e- -> e+e- hadrons) and sigma(+e- gamma* gamma* -> e+e- hadrons) are given for the two-photon centre-of-mass energies 5 GeV Wgammagamma 185 GeV. The total cross section of two real photons is described by a Regge parametrisation. We observe a steeper rise with the two-photon centre-of-mass energy as compared to the hadron-hadron and the photon-proton cross sections. The data are also compared to the expectations of different theoretical models.
ISSN 03702693
Educational Use Research
Learning Resource Type Article
Publisher Date 2001-01-01
Journal Physics Letters B
Volume Number 519
Page Count 13
Starting Page 33
Ending Page 45