Achard, P.Adriani, O.Aguilar-Benitez, M.Alcaraz, J.Alemanni, G.Allaby, J.Aloisio, A.Alviggi, M.G.Anderhub, H.Andreev, V.P.Anselmo, F.Arefiev, A.Azemoon, T.Aziz, T.Bagnaia, P.Bajo, A.Baksay, G.Baksay, L.Baldew, S.V.Banerjee, S.Banerjee, Sw.Barczyk, A.Barillère, 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.Biasini, M.Biglietti, M.Biland, A.Blaising, J.J.Blyth, S.C.Bobbink, G.J.Böhm, A.Boldizsar, L.Borgia, B.Bottai, S.Bourilkov, D.Bourquin, M.Braccini, S.Branson, J.G.Brochu, F.Burger, J.D.Burger, W.J.Cai, X.D.Capell, M.Cara Romeo, G.Carlino, G.Cartacci, A.Casaus, J.Cavallari, F.Cavallo, N.Cecchi, C.Cerrada, M.Chamizo, M.Chang, Y.H.Chemarin, M.Chen, A.Chen, G.Chen, G.M.Chen, H.F.Chen, H.S.Chiefari, G.Cifarelli, L.Cindolo, F.Clare, I.Clare, R.Coignet, G.Colino, N.Costantini, S.De La Cruz, B.Cucciarelli, S.De Asmundis, R.Déglon, P.Debreczeni, J.Degré, A.Dehmelt, K.Deiters, K.Della Volpe, D.Delmeire, E.Denes, P.DeNotaristefani, F.De Salvo, A.Diemoz, M.Dierckxsens, M.Dionisi, C.Dittmar, M.Doria, A.Dova, M.T.Duchesneau, D.Duda, M.Echenard, B.Eline, A.El Hage, A.El Mamouni, H.Engler, A.Eppling, F.J.Extermann, P.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.Fisher, W.Fisk, I.Forconi, G.Freudenreich, K.Furetta, C.Galaktionov, Y.Ganguli, S.N.Garcia-Abia, P.Gataullin, M.Gentile, S.Giagu, S.Gong, Z.F.Grenier, G.Grimm, O.Gruenewald, M.W.Guida, M.Gupta, V.K.Gurtu, A.Gutay, L.J.Haas, D.Hatzifotiadou, D.Hebbeker, T.Hervé, A.Hirschfelder, J.Hofer, H.Hohlmann, M.Holzner, G.Hou, S.R.Jin, B.N.Jindal, P.Jones, L.W.De Jong, P.Josa-Mutuberría, I.Kaur, M.Kienzle-Focacci, M.N.Kim, J.K.Kirkby, J.Kittel, W.Klimentov, A.König, A.C.Kopal, M.Koutsenko, V.Kräber, M.Kraemer, R.W.Krüger, A.Kunin, A.Ladron De Guevara, P.Laktineh, I.Landi, G.Lebeau, M.Lebedev, A.Lebrun, P.Lecomte, P.Lecoq, P.Le Coultre, P.Le Goff, J.M.Leiste, R.Levtchenko, M.Levtchenko, 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.Luci, C.Luminari, L.Lustermann, W.Ma, W.G.Malgeri, L.Malinin, A.Maña, C.Mans, J.Martin, J.P.Marzano, F.Mazumdar, K.McNeil, R.R.Mele, S.Mermod, P.Merola, L.Meschini, M.Metzger, W.J.Mihul, A.Milcent, H.Mirabelli, G.Mnich, J.Mohanty, G.B.Muanza, G.S.Muijs, A.J.M.Musicar, B.Musy, M.Nagy, S.Natale, S.Napolitano, M.Nessi-Tedaldi, F.Newman, H.Nisati, A.Novak, T.Nowak, H.Ofierzynski, R.Organtini, G.Pal, I.Palomares, C.Paolucci, P.Paramatti, R.Passaleva, G.Patricelli, S.Paul, T.Pauluzzi, M.Paus, C.Pauss, F.Pedace, M.Pensotti, S.Perret-Gallix, D.Piccolo, D.Pierella, F.Pioppi, M.Piroué, P.A.Pistolesi, E.Plyaskin, V.Pohl, M.Pojidaev, V.Pothier, J.Prokofiev, D.Rahal-Callot, G.Rahaman, M.A.Raics, P.Raja, N.Ramelli, R.Rancoita, P.G.Ranieri, R.Raspereza, A.Razis, P.Ren, D.Rescigno, M.Reucroft, S.Riemann, S.Riles, K.Roe, B.P.Romero, L.Rosca, A.Rosemann, C.Rosenbleck, C.Rosier-Lees, S.Roth, S.Rubio, J.A.Ruggiero, G.Rykaczewski, H.Sakharov, A.Saremi, S.Sarkar, S.Salicio, J.Sanchez, E.Schäfer, C.Schegelsky, V.Schopper, H.Schotanus, D.J.Sciacca, C.Servoli, L.Shevchenko, S.Shivarov, N.Shoutko, V.Shumilov, E.Shvorob, A.Son, D.Souga, C.Spillantini, P.Steuer, M.Stickland, D.P.Stoyanov, B.Straessner, A.Sudhakar, K.Sultanov, G.Sun, L.Z.Sushkov, S.Suter, H.Swain, J.D.Szillasi, Z.Tang, X.W.Tarjan, P.Tauscher, L.Taylor, L.Tellili, B.Teyssier, D.Timmermans, C.Ting, S.C.C.Ting, S.M.Tonwar, S.C.Tóth, J.Tully, C.Tung, K.L.Ulbricht, J.Valente, E.Van De Walle, R.T.Vasquez, R.Veszpremi, V.Vesztergombi, G.Vetlitsky, I.Viertel, G.Villa, S.Vivargent, M.Vlachos, S.Vodopianov, I.Vogel, H.Vogt, H.Vorobiev, I.Vorobyov, A.A.Wadhwa, M.Wang, Q.Wang, X.L.Wang, Z.M.Weber, M.Wynhoff, S.Xia, L.Xu, Z.Z.Yamamoto, J.Yang, B.Z.Yang, C.G.Yang, H.J.Yang, M.Yeh, S.C.Zalite, A.Zalite, Y.Zhang, Z.P.Zhao, J.Zhu, G.Y.Zhu, R.Y.Zhuang, H.L.Zichichi, A.Zimmermann, B.Zöller, M.2010-11-052010-11-052010-11-05200510.1016/j.physletb.2005.07.0282-s2.0-24044531651https://infoscience.epfl.ch/handle/20.500.14299/56884The e+e-→e+e-hadrons reaction, where one of the two electrons is detected in a low polar-angle calorimeter, is analysed in order to measure the hadronic photon structure function F2 γ. The full high-energy and high-luminosity data set, collected with the L3 detector at centre-of-mass energies 189 GeV≤√s≤209 GeV, corresponding to an integrated luminosity of 608 pb-1 is used. The Q2 range 11 GeV 2≤Q2≤34 GeV2 and the x range 0.006≤x≤0.556 are considered. The data are compared with recent parton density functions.text::journal::journal article::research article