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Abazov VM; Abbott B; Abolins M; Acharya BS; Adams DL; Adams M; Adams T; Agelou M; Agram JL; Ahmed SN; Ahn SH; Alexeev GD; Alkhazov G; Alton A; Alverson G; Alves GA; Anderson S; Andrieu B; Arnoud Y; Askew A; Asman B; Atramentov O; Autermann C; Avila C; Babukhadia L; Bacon TC; Baden A; Baffioni S; Baldin B; Balm PW; Banerjee S; Barberis E; Bargassa P; Baringer P; Barnes C; Barreto J; Bartlett JF; Bassler U; Bauer D; Bean A; Beauceron S; Beaudette F; Begel M; Bellavance A; Beri SB; Bernardi G; Bernhard R; Bertram I; Besançon M; Besson A; Beuselinck R; Bezzubov VA; Bhat PC; Bhatnagar V; Bhattacharjee M; Binder M; Bischoff A; Black KM; Blackler I; Blazey G; Blekman F; Bloch D; Blumenschein U; Boehnlein A; Boeriu O; Bolton TA; Bonamy P; Borcherding F; Borissov G; Bos K; Bose T; Boswell C; Brandt A; Briskin G; Brock R; Brooijmans G; Bross A; Buchanan NJ; Buchholz D; Buehler M; Buescher V; Burdin S; Burnett TH; Busato E; Butler JM; Bystricky J; Canelli F; Carvalho W; Casey BC; Casey D; Cason NM; Castilla-Valdez H; Chakrabarti S; Chakraborty D; Chan KM; Chandra A; Chapin D; Charles F; Cheu E; Chevalier L; Cho DK; Choi S; Chopra S; Christiansen T; Christofek L; Claes D; Clark AR; Clément B; Clément C; Coadou Y; Colling DJ; Coney L; Connolly B; Cooke M; Cooper WE; Coppage D; Corcoran M; Coss J; Cothenet A; Cousinou MC; Crépé-Renaudin S; Cristetiu M; Cummings MA; Cutts D; da Motta H; Davies B; Davies G; Davis GA; De K; de Jong P; de Jong SJ; De La Cruz-Burelo E; De Oliveira Martins C; Dean S; Del Signore K; Déliot F; Delsart PA; Demarteau M; Demina R; Demine P; Denisov D; Denisov SP; Desai S; Diehl HT; Diesburg M; Doidge M; Dong H; Doulas S; Duflot L; Dugad SR; Duperrin A; Dyer J; Dyshkant A; Eads M; Edmunds D; Edwards T; Ellison J; Elmsheuser J; Eltzroth JT; Elvira VD; Eno S; Ermolov P; Eroshin OV; Estrada J; Evans D; Evans H; Evdokimov A; Evdokimov VN; Fast J; Fatakia SN; Fein D; Feligioni L; Ferbel T; Fiedler F; Filthaut F; Fisher W; Fisk HE; Fleuret F; Fortner M; Fox H; Freeman W; Fu S; Fuess S; Galea CF; Gallas E; Galyaev E; Gao M; Garcia C; Garcia-Bellido A; Gardner J; Gavrilov V; Gelé D; Gelhaus R; Genser K; Gerber CE; Gershtein Y; Geurkov G; Ginther G; Goldmann K; Golling T; Gómez B; Gounder K; Goussiou A; Graham G; Grannis PD; Greder S; Green JA; Greenlee H; Greenwood ZD; Gregores EM; Grinstein S; Grivaz JF; Groer L; Grünendahl S; Grünewald MW; Gu W; Gurzhiev SN; Gutierrez G; Gutierrez P; Haas A; Hadley NJ; Haggerty H; Hagopian S; Hall I; Hall RE; Han C; Han L; Hanagaki K; Hanlet P; Harder K; Harrington R; Hauptman JM; Hauser R; Hays C; Hays J; Hebbeker T; Hebert C; Hedin D; Heinmiller JM; Heinson AP; Heintz U; Hensel C; Hesketh G; Hildreth MD; Hirosky R; Hobbs JD; Hoeneisen B; Hohlfeld M; Hong SJ; Hooper R; Hou S; Hu Y; Huang J; Huang Y; Iashvili I; Illingworth R; Ito AS; Jabeen S; Jaffré M; Jain S; Jain V; Jakobs K; Jenkins A; Jesik R; Jiang Y; Johns K; Johnson M; Johnson P; Jonckheere A; Jonsson P; Jöstlein H; Juste A; Kado MM; Käfer D; Kahl W; Kahn S; Kajfasz E; Kalinin AM; Kalk J; Karmanov D; Kasper J; Kau D; Ke Z; Kehoe R; Kermiche S; Kesisoglou S; Khanov A; Kharchilava A; Kharzheev YM; Kim KH; Klima B; Klute M; Kohli JM; Kopal M; Korablev VM; Kotcher J; Kothari B; Kotwal AV; Koubarovsky A; Kouchner A; Kouznetsov O; Kozelov AV; Kozminski J; Krane J; Krishnaswamy MR; Krzywdzinski S; Kubantsev M; Kuleshov S; Kulik Y; Kunori S; Kupco A; Kurca T; Kuznetsov VE; Lager S; Lahrichi N; Landsberg G; Lazoflores J; Le Bihan AC; Lebrun P; Lee SW; Lee WM; Leflat A; Leggett C; Lehner F; Leonidopoulos C; Lewis P; Li J; Li QZ; Li X; Lima JG; Lincoln D; Linn SL; Linnemann J; Lipaev VV; Lipton R; Lobo L; Lobodenko A; Lokajicek M; Lounis A; Lu J; Lubatti HJ; Lucotte A; Lueking L; Luo C; Lynker M; Lyon AL; Maciel AK; Madaras RJ; Mättig P; Magerkurth A; Magnan AM; Maity M; Mal PK; Malik S; Malyshev VL; Manankov V; Mao HS; Maravin Y; Marshall T; Martens M; Martin MI; Mattingly SE; Mayorov AA; McCarthy R; McCroskey R; McMahon T; Meder D; Melanson HL; Melnitchouk A; Meng X; Merkin M; Merritt KW; Meyer A; Miao C; Miettinen H; Mihalcea D; Mishra CS; Mitrevski J; Mokhov N; Molina J; Mondal NK; Montgomery HE; Moore RW; Mostafa M; Muanza GS; Mulders M; Mutaf YD; Nagy E; Nang F; Narain M; Narasimham VS; Naumann NA; Neal HA; Negret JP; Nelson S; Neustroev P; Noeding C; Nomerotski A; Novaes SF; Nunnemann T; Nurse E; O'Dell V; O'Neil DC; Oguri V; Oliveira N; Olivier B; Oshima N; Otero y Garzón GJ; Padley P; Papageorgiou K; Parashar N; Park J; Park SK; Parsons J; Partridge R; Parua N; Patwa A; Perea PM; Perez E; Peters O; Pétroff P; Petteni M; Phaf L; Piegaia R; Podesta-Lerma PL; Podstavkov VM; Pope BG; Popkov E; Prado da Silva WL; Prosper HB; Protopopescu S; Przybycien MB; Qian J; Quadt A; Quinn B; Rani KJ; Rapidis PA; Ratoff PN; Reay NW; Renardy JF; Reucroft S; Rha J; Ridel M; Rijssenbeek M; Ripp-Baudot I; Rizatdinova F; Royon C; Rubinov P; Ruchti R; Sabirov BM; Sajot G; Sánchez-Hernández A; Sanders MP; Santoro A; Savage G; Sawyer L; Scanlon T; Schamberger RD; Schellman H; Schieferdecker P; Schmitt C; Schukin AA; Schwartzman A; Schwienhorst R; Sengupta S; Severini H; Shabalina E; Shary V; Shephard WD; Shpakov D; Sidwell RA; Simak V; Sirotenko V; Skow D; Skubic P; Slattery P; Smith RP; Smolek K; Snow GR; Snow J; Snyder S; Söldner-Rembold S; Song X; Song Y; Sonnenschein L; Sopczak A; Sorín V; Sosebee M; Soustruznik K; Souza M; Spurlock B; Stanton NR; Stark J; Steele J; Steinbrück G; Stevenson K; Stolin V; Stone A; Stoyanova DA; Strandberg J; Strang MA; Strauss M; Ströhmer R; Strovink M; Stutte L; Sznajder A; Talby M; Tamburello P; Taylor W; Telford P; Temple J; Tentindo-Repond S; Thomas E; Thooris B; Tomoto M; Toole T; Torborg J; Towers S; Trefzger T; Trincaz-Duvoid S; Trippe TG; Tuchming B; Tully C; Turcot AS; Tuts PM; Uvarov L; Uvarov S; Uzunyan S; Vachon B; Van Kooten R; van Leeuwen WM; Varelas N; Varnes EW; Vasilyev IA; Vaupel M; Verdier P; Vertogradov LS; Verzocchi M; Villeneuve-Seguier F; Vlimant JR; Von Toerne E; Vreeswijk M; Vu Anh T; Wahl HD; Walker R; Wallace N; Wang ZM; Warchol J; Warsinsky M; Watts G; Wayne M; Weber M; Weerts H; Wegner M; Wermes N; White A; White V; Whiteson D; Wicke D; Wijngaarden DA; Wilson GW; Wimpenny SJ; Wittlin J; Wlodek T; Wobisch M; Womersley J; Wood DR; Wu Z; Wyatt TR; Xu Q; Xuan N; Yamada R; Yasuda T; Yatsunenko YA; Yen Y; Yip K; Youn SW; Yu J; Yurkewicz A; Zabi A; Zatserklyaniy A; Zdrazil M; Zeitnitz C; Zhang B; Zhang D; Zhang X; Zhao T; Zhao Z; Zheng H; Zhou B; Zhou Z; Zhu J; Zielinski M; Zieminska D; Zieminski A; Zitoun R; Zutshi V; Zverev EG; Zylberstejn A; Phys Rev Lett; 2005 Feb; 94(4):041801. 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