DERRICK, M; KRAKAUER, D; MAGILL, S; MIKUNAS, D; MUSGRAVE, B; REPOND, J; STANEK, R; ... SCHMIDKE, WB; + view all DERRICK, M; KRAKAUER, D; MAGILL, S; MIKUNAS, D; MUSGRAVE, B; REPOND, J; STANEK, R; TALAGA, RL; ZHANG, H; AYAD, R; BARI, G; BASILE, M; BELLAGAMBA, L; BOSCHERINI, D; BRUNI, A; BRUNI, G; BRUNI, P; ROMEO, GC; CASTELLINI, G; CHIARINI, M; CIFARELLI, L; CINDOLO, F; CONTIN, A; CORRADI, M; GIALAS, I; GIUSTI, P; IACOBUCCI, G; LAURENTI, G; LEVI, G; MARGOTTI, A; MASSAM, T; NANIA, R; NEMOZ, C; PALMONARI, F; POLINI, A; SARTORELLI, G; TIMELLINI, R; GARCIA, YZ; ZICHICHI, A; BARGENDE, A; CRITTENDEN, J; DESCH, K; DIEKMANN, B; DOEKER, T; ECKERT, M; FELD, L; FREY, A; GEERTS, M; GEITZ, G; GROTHE, M; HAAS, T; HARTMANN, H; HAUN, D; HEINLOTH, K; HILGER, E; JAKOB, HP; KATZ, UF; MARI, SM; MASS, A; MENGEL, S; MOLLEN, J; PAUL, E; REMBSER, C; SCHATTEVOY, R; SCHRAMM, D; STAMM, J; WEDEMEYER, R; CAMPBELLROBSON, S; CASSIDY, A; DYCE, N; FOSTER, B; GEORGE, S; GILMORE, R; HEATH, GP; HEATH, HF; LLEWELLYN, TJ; MORGADO, CJS; NORMAN, DJP; OMARA, JA; TAPPER, RJ; WILSON, S; YOSHIDA, R; RAU, RR; ARNEODO, M; IANNOTTI, L; SCHIOPPA, M; SUSINNO, G; BERNSTEIN, A; CALDWELL, A; CARTIGLIA, N; PARSONS, JA; RITZ, S; SCIULLI, F; STRAUB, PB; WAI, L; YANG, S; ZHU, Q; BORZEMSKI, P; CHWASTOWSKI, J; ESKREYS, A; PIOTRZKOWSKI, K; ZACHARA, M; ZAWIEJSKI, L; ADAMCZYK, L; BEDNAREK, B; JELEN, K; KISIELEWSKA, D; KOWALSKI, T; RULIKOWSKAZAREBSKA, E; SUSZYCKI, L; ZAJAC, J; KOTANSKI, A; PRZYBYCIEN, M; BAUERDICK, LAT; BEHRENS, U; BEIER, H; BIENLEIN, JK; COLDEWEY, C; DEPPE, O; DESLER, K; DREWS, G; FLASINSKI, M; GILKINSON, DJ; GLASMAN, C; GOTTLICHER, P; GROSSEKNETTER, J; GUTJAHR, B; HAIN, W; HASELL, D; HESSLING, H; HULTSCHIG, H; IGA, Y; JOOS, P; KASEMANN, M; KLANNER, R; KOCH, W; KOPKE, L; KOTZ, U; KOWALSKI, H; LABS, J; LADAGE, A; LOHR, B; LOWE, M; LUKE, D; MANCZAK, O; NG, JST; NICKEL, S; NOTZ, D; OHRENBERG, K; ROCO, M; ROHDE, M; ROLDAN, J; SCHNEEKLOTH, U; SCHULZ, W; SELONKE, F; STILIARIS, E; SURROW, B; VOSS, T; WESTPHAL, D; WOLF, G; YOUNGMAN, C; ZHOU, JF; GRABOSCH, HJ; KHARCHILAVA, A; LEICH, A; MATTINGLY, M; MEYER, A; SCHLENSTEDT, S; WULFF, N; BARBAGLI, G; PELFER, P; ANZIVINO, G; MACCARONE, G; DEPASQUALE, S; VOTANO, L; BAMBERGER, A; EISENHARDT, S; FREIDHOF, A; SOLDNERREMBOLD, S; SCHROEDER, J; TREFZGER, T; BROOK, NH; BUSSEY, PJ; DOYLE, AT; FLECK, JI; SAXON, DH; UTLEY, ML; WILSON, AS; DANNEMANN, A; HOLM, U; HORSTMANN, D; NEUMANN, T; SINKUS, R; WICK, K; BADURA, E; BUROW, BD; HAGGE, L; LOHRMANN, E; MAINUSCH, J; MILEWSKI, J; NAKAHATA, N; PAVEL, N; POELZ, G; SCHOTT, W; ZETSCHE, F; BACON, TC; BUTTERWORTH, I; GALLO, E; HARRIS, VL; HUNG, BYH; LONG, KR; MILLER, DB; MORAWITZ, PPO; PRINIAS, A; SEDGBEER, JK; WHITFIELD, AF; MALLIK, U; MCCLIMENT, E; WANG, MZ; WANG, SM; WU, JT; ZHANG, Y; CLOTH, P; FILGES, D; AN, SH; HONG, SM; NAM, SW; PARK, SK; SUH, MH; YON, SH; IMLAY, R; KARTIK, S; KIM, HJ; MCNEIL, RR; METCALF, W; NADENDLA, VK; BARREIRO, F; CASES, G; GRACIANI, R; HERNANDEZ, JM; HERVAS, L; LABARGA, L; DELPESO, J; PUGA, J; TERRON, J; DETROCONIZ, JF; SMITH, GR; CORRIVEAU, F; HANNA, DS; HARTMANN, J; HUNG, LW; LIM, JN; MATTHEWS, CG; PATEL, PM; SINCLAIR, LKE; STAIRS, DG; STLAURENT, M; ULLMANN, R; ZACEK, G; BASHKIROV, V; DOLGOSHEIN, BA; STIFUTKIN, A; BASHINDZHAGAYAN, GL; ERMOLOV, PF; GLADILIN, LK; GOLUBKOV, YA; KOBRIN, VD; KUZMIN, VA; PROSKURYAKOV, AS; SAVIN, AA; SHCHEGLOVA, LM; SOLOMIN, AN; ZOTOV, NP; BOTJE, M; CHLEBANA, F; DAKE, A; ENGELEN, J; DEKAMPS, M; KOOIJMAN, P; KRUSE, A; TIECKE, H; VERKERKE, W; VREESWIJK, M; WIGGERS, L; DEWOLF, E; VANWOUDENBERG, R; ACOSTA, D; BYLSMA, B; DURKIN, LS; HONSCHEID, K; LI, C; LING, TY; MCLEAN, KW; MURRAY, WN; PARK, IH; ROMANOWSKI, TA; SEIDLEIN, R; BAILEY, DS; BLAIR, GA; BYRNE, A; CASHMORE, RJ; COOPERSARKAR, AM; DANIELS, D; DEVENISH, RCE; HARNEW, N; LANCASTER, M; LUFFMAN, PE; LINDEMANN, L; MCFALL, JD; NATH, C; NOYES, VA; QUADT, A; UIJTERWAAL, H; WALCZAK, R; WILSON, FF; YIP, T; ABBIENDI, G; BERTOLIN, A; BRUGNERA, R; CARLIN, R; DALCORSO, F; DEGIORGI, M; DOSSELLI, U; LIMENTANI, S; MORANDIN, M; POSOCCO, M; STANCO, L; STROILI, R; VOCI, C; BULMAHN, J; BUTTERWORTH, JM; FEILD, RG; OH, BY; WHITMORE, JJ; DAGOSTINI, G; MARINI, G; NIGRO, A; TASSI, E; HART, JC; MCCUBBIN, NA; PRYTZ, K; SHAH, TP; SHORT, TL; BARBERIS, E; DUBBS, T; HEUSCH, C; VANHOOK, M; HUBBARD, B; LOCKMAN, W; RAHN, JT; SADROZINSKI, HFW; SEIDEN, A; BILTZINGER, J; SCHWARZER, O; SEIFERT, RJ; WALENTA, AH; ZECH, G; ABRAMOWICZ, H; BRISKIN, G; DAGAN, S; LEVY, A; HASEGAWA, T; HAZUMI, M; ISHII, T; KUZE, M; MINE, S; NAGASAWA, Y; NAKAO, M; SUZUKI, I; TOKUSHUKU, K; YAMADA, S; YAMAZAKI, Y; CHIBA, M; HAMATSU, R; HIROSE, T; HOMMA, K; KITAMURA, S; NAKAMITSU, Y; YAMAUCHI, K; CIRIO, R; COSTA, M; FERRERO, MI; LAMBERTI, L; MASELLI, S; PERONI, C; SACCHI, R; SOLANO, A; STAIANO, A; DARDO, M; BAILEY, DC; BANDYOPADHYAY, D; BENARD, F; BRKIC, M; CROMBIE, MB; GINGRICH, DM; HARTNER, GF; JOO, KK; LEVMAN, GM; MARTIN, JF; ORR, RS; SAMPSON, CR; TEUSCHER, RJ; CATTERALL, CD; JONES, TW; KAZIEWICZ, PB; LANE, JB; SAUNDERS, RL; SHULMAN, J; BLANKENSHIP, K; KOCHOCKI, J; LU, B; MO, LW; BOGUSZ, W; CHARCHULA, K; CIBOROWSKI, J; GAJEWSKI, J; GRZELAK, G; KASPRZAK, M; KRZYZANOWSKI, M; MUCHOROWSKI, K; NOWAK, RJ; PAWLAK, JM; TYMIENIECKA, T; WROBLEWSKI, AK; ZAKRZEWSKI, JA; ZARNECKI, AF; ADAMUS, M; EISENBERG, Y; KARSHON, U; REVEL, D; ZERZION, D; ALI, I; BADGETT, WF; BEHRENS, B; DASU, S; FORDHAM, C; FOUDAS, C; GOUSSIOU, A; LOVELESS, RJ; REEDER, DD; SILVERSTEIN, S; SMITH, WH; VAICIULIS, A; WODARCZYK, M; TSURUGAI, T; BHADRA, S; CARDY, ML; FAGERSTROEM, CP; FRISKEN, WR; FURUTANI, KM; KHAKZAD, M; SCHMIDKE, WB; - view fewer (1995) Measurement of Charged and Neutral Current e-p Deep Inelastic Scattering Cross Sections at High Q2. Physical Review Letters , 75 (6) 1006 - 1011. 10.1103/PhysRevLett.75.1006.

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Abstract

Deep inelastic e-p scattering has been studied in both the charged current (CC) and neutral current (NC) reactions at momentum transfers squared Q(2) above 400 GeV2 using the ZEUS detector at the HERA ep collider. The CC and NC total cross sections, the NC to CC cross section ratio, and the differential cross sections d sigma/dQ(2) are presented. From the Q(2) dependence of the CC cross section, the mass term in the CC propagator is determined to be M(W) = 76 +/- 16 +/- 13 GeV.

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