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FURTHER PROPERTIES OF HIGH-MASS MULTIJET EVENTS AT THE FERMILAB PROTON-ANTIPROTON COLLIDER

Authors

ABE F AKIMOTO H AKOPIAN A ALBROW MG AMENDOLIA SR AMIDEI D ANTOS J ANWAYWIESE C AOTA S APOLLINARI G ASAKAWA T ASHMANSKAS W ATAC M AZFAR F AZZIBACCHETTA P BACCHETTA N BADGETT W BAGDASAROV S BAILEY MW BAO J DEBARBARO P BARBAROGALTIERI A BARNES VE BARNETT BA BARZI E BAUER G BAUMANN T BEDESCHI F BEHRENDS S BELFORTE S BELLETTINI G BELLINGER J BENJAMIN D BENLLOCH J BENSINGER J BENTON D BERETVAS A BERGE JP BERRYHILL J BERTOLUCCI S BHATTI A BIERY K BINKLEY M BISELLO D BLAIR RE BLOCKER C BODEK A BOKHARI W BOLOGNESI V BORTOLETTO D BOURDREAU J BRECCIA L BROMBERG C BRUNER N BUCKLEYGEER E BUDD HS BURKETT K BUSETTO G BYONWAGNER A BYRUM KL CAMMERATA J CAMPAGNARI C CAMPBELL M CANER A CARITHERS W CARLSMITH D CASTRO A CAUZ D CEN Y CERVELLI F CHANG PS CHANG PT CHAO HY CHAPMAN J CHENG MT CHIARELLI G CHIKAMATSU T CHIOU CN CHRITOFEK I CIHANGIR S CLARK AG COBAL M CONTRERAS M CONWAY J COOPER J CORDELLI M COUYOUMTZELIS C CRANE D CRONINHENNESSY D CULBERTSON R CUNNINGHAM JD DANIELS T DEJONGH F DELCHAMPS S DELLANGNELLO S DELLORSO M DEMINA R DEMORTIER L DENBY B DENINNO M DERWENT PF DEVLIN T DITTMANN JR DONATI S DONE J DORIGO T DUNN A EDDY N EINSWEILER K ELIAS JE ELY R ENGELS E ERREDE D ERREDE S FAN Q FIORI I FLAUGHER B FOSTER GW FRANKLIN M FRAUTSCHI M FREEMAN J FRIEDMAN J FRISCH H FUESS TA FUKUI Y FUNAKI S GAGLIARDI G GALEOTTI S GALLINARO M GARCIASCIVERES M GARFINKEL AF GAY C GEER S GERDES DW GIANNETTI P GIOKARIS N GIROMINI P GLADNEY L GLENZINSKI D GOLD M GONZALEZ J GORDON A GOSHAW AT GOULIANOS K GRASSMANN H GROER L GROSSOPILCHER C GUILLIAN G GUO RS HABER C HAFEN E HAHN SR HAMILTON R HANDLER R HANS RM HARA K HARDMAN AD HARRAL B HARRIS RM HAUGER SA HAUSER J HAWK C HAYASHI E HEINRICH J HOFFMAN KD HOHLMANN M HOLCK C HOLLEBEEK R HOLLOWAY L HOLSCHER A HONG S HOUK G HU P HUFFMAN BT HUGHES R HUSTON J HUTH J HYLEN J IKEDA H INCAGLI M INCANDELA J INTROZZI G IWAI J IWATA Y JENSEN H JOSHI U KADEL RW KAJFASZ E KAMBARA H KAMON T KANEKO T KARR K KASHA H KATO Y KEAFFABER TA KEEBLE L KELLEY K KENNEDY RD KEPHART R KESTEN P KESTENBAUM D KEUP RM KEUTELIAN H KEYVAN F KHARADIA B KIM BJ KIM DH KIM HS KIM SB KIM SH KIM YK KIRSCH L KOEHN P KONDO K KONIGSBERG J KOPP S KORDAS K KORYTOV A KOSKA W KOVACS E KOWALD W KRASBERG M KROLL J KRUSE M KUWABARA T KUHLMANN SE KUNS E LAASANEN AT LABANCA N LAMMEL S LAMOUREUX JI LECOMPTE T LEONE S LEWIS JD LIMON P LINDGREN M LISS TM LOCKYER N LONG O LOOMIS C LORETI M LU J LUCCHESI D LUKENS P LUSIN S LYS J MAESHIMA K MAGHAKIAN A MAKSIMOVIC P MANGANO M MANSOUR J MARIOTTI M MARRINER JP MARTIN A MATTHEWS JAJ MATTINGLY R MCINTYRE P MELESE P MENZIONE A MESCHI E METZLER S MIAO C MIAO T MICHAIL G MILLER R MINATO H MISCETTI S MISHINA M MITSUSHIO H MIYAMOTO T MIYASHITA S MOGGI N MORITA Y MUELLER J MUKHERJEE A MULLER T MURAT P NAKADA H NAKANO I NELSON C NEUBERGER D NEWMANHOLMES C NINOMIYA M NODULMAN L OH SH OHL KE OHMOTO T OHSUGI T OISHI R OKABE M OKUSAWA T OLIVEIRA R OLSEN J PAGLIARONE C PAOLETTI R PAPADIMITRIOU V PAPPAS SP PARK S PARRI A PATRICK J PAULETTA G PAULINI M PERAZZO A PESCARA I PETERS MD PHILLIPS TJ PIACENTINO G PILLAI M PITTS KT PLUNKETT R PONDROM L PROUDFOOT J PTOHOS F PUNZI G RAGAN K RIBON A RIMONDI F RISTORI L ROBERTSON WJ RODRIGO T ROLLI S ROMANO J ROSENSON L ROSER R SAKUMOTO WK SALTZBERG D SANSONI A SANTI L SATO H SCARPINE V SCHLABACH P SCHMIDT EE SCHMIDT MP SCRIBANO A SEGLER S SEIDEL S SEIYA Y SGANOS G SHAPIRO MD SHAW NM SHEN Q SHEPARD PF SHIMOJIMA M SHOCHET M SIEGRIST J SILL A SINERVO P SINGH P SKARHA J SLIWA K SNIDER FD SONG T SPALDING J SPEER T SPHICAS P SINELLA F SPIROPULU M SPIEGEL L STANCO L STEELE J STEFANINI A STRAHL K STRAIT J STROHMER R STUART D SULLIVAN G SOUMAROKOV A SUMOROK K SUZUKI J TAKADA T TAKAHASHI T TAKANO T TAKIKAWA K TAMURA N TARTARELLI F TAYLOR W TENG PK TERAAMOTO Y TETHER S THERIOT D THOMAS TL THUN R TIMKO M TIPTON A TITOV A TKACZYK S TOBACK D TOLLEFSON K TOLLESTRUP A TONNISON J DETROCONIZ JF TRUITT S TSENG J TURINI N UCHIDA T UEMURA N UKEGAWA F UNAL G VALLS J VANDENBRINK SC VEJCIK S VELEV G VIDAL R VONDRACEK M VUCINIC D WAGNER RG WAGNER RL WAHL J WANG C WANG CH WANG G WANG J WANG MJ WANG QF WARBURTON A WATTS T WEBB R WEI C WENDT C WENZEL H WESTER WC WICKLUND AB WICKLUND E WILKINSON R WILLIAMS HH WILSON P WINER BL WOLINSKI D WOLINSKI J WU X WYSS J YAGIL A YAO W YASUOKA K YE Y YEH GP YEH P YIN M YOH J YOSEF C YOSHIDA T YOVANOVITCH D YU I YU L YUN JC ZANETTI A ZETTI F ZHANG L ZHANG W ZUCCHELLI S

Citation

F. Abe et al., FURTHER PROPERTIES OF HIGH-MASS MULTIJET EVENTS AT THE FERMILAB PROTON-ANTIPROTON COLLIDER, Physical review. D. Particles and fields, 54(7), 1996, pp. 4221-4233

Citations number

Categorie Soggetti

Physics, Particles & Fields

Journal title

Physical review. D. Particles and fields → ACNP

ISSN journal

05562821

Volume

Issue

Year of publication

1996

Pages

4221 - 4233

Database

ISI

SICI code

0556-2821(1996)54:7<4221:FPOHME>2.0.ZU;2-6

Abstract

The properties of high-mass multijet events produced at the Fermilab p roton-antiproton collider are compared with leading order QCD matrix e lement predictions, QCD parton shower Monte Carlo predictions, and the predictions from a model in which events are distributed uniformly ov er the available multibody phase space. Multijet distributions corresp onding to (4N-4) variables that span the N-body parameter space are fo und to be well described by the QCD calculations for inclusive three-j et, four-jet, and five-jet events. The agreement between data, QCD mat rix element calculations, and QCD parton shower Monte Carlo prediction s suggests that 2-->2 scattering plus gluon radiation provides a good first approximation to the full LO QCD matrix element for events with three, four, or even five jets in the final state.