PROPERTIES OF EVENTS WITH LARGE TOTAL TRANSVERSE ENERGY PRODUCED IN PROTON-ANTIPROTON COLLISIONS AT SQUARE-ROOT-S = 1.8 TEV

Authors
ABE F AMIDEI D APOLLINARI G ATAC M AUCHINCLOSS P BADEN AR BACCHETTA N BAILEY MW BAMBERGER A DEBARBARO P BARNETT BA BARBAROGALTIERI A BARNES VE BAUMANN T BEDESCHI F BEHRENDS S BELFORTE S BELLETTINI G BELLINGER J BENJAMIN D BENSINGER J BERETVAS A BERGE JP BERTOLUCCI S BHADRA S BINKLEY M BLAIR R BLOCKER C BOLOGNESI V BOOTH AW BOSWELL C BRANDENBURG G BROWN D BUCKLEYGEER E BUDD HS BUSETTO G BYONWAGNER A BYRUM KL CAMPAGNARI C CAMPBELL M CANER A CAREY R CARITHERS W CARLSMITH D CARROLL JT CASHMORE R CASTRO A CERVELLI F CHADWICK K CHIARELLI G CHINOWSKY W CIHANGIR S CLARK AG CONNOR D CONTRERAS M COOPER J CORDELLI M CRANE D CURATOLO M DAY C DEJONGH F DELLAGNELLO S DELLORSO M DEMORTIER L DENBY B DERWENT PF DEVLIN T DIBITONTO D DICKSON M DRUCKER RB EINSWEILER K ELIAS JE ELY R ENO S ERREDE S ESPOSITO B FLAUGHER B FOSTER GW FRANKLIN M FREEMAN J FRISCH H FUESS T FUKUI Y FUNAYAMA Y GARFINKEL AF GAUTHIER A GEER S GERDES DW GIANNETTI P GIOKARIS N GIROMINI P GLADNEY L GOLD M GOULIANOS K GRASSMANN H GROSSOPILCHER C HABER C HAHN SR HANDLER R HARA K HARRIS RM HAUSER J HAWK C HESSING T HOLLEBEEK R HOLLOWAY L HU P HUBBARD B HUFFMAN BT HUGHES R HURST P HUTH J HYLEN J INCAGLI M INO T ISO H JENSEN H JESSOP CP JOHNSON RP JOSHI U KADEL RW KAMON T KANDA S KARDELIS DA KARLINER I KEARNS E KEEBLE L KEPHART R KESTEN P KEUP RM KEUTELIAN H KIM D KIM S KIRSCH L KONDO K KONIGSBERG J KOVACS E KUHLMANN SE KUNS E LAASANEN AT LAMOUREUX JI LEONE S LI W LIMON P LISS TM LOCKYER N LUCHINI CB LUKENS P MAAS P MAESHIMA K MANGANO M MARRINER JP MARIOTTI M MARKELOFF R MARKOSKY LA MATTINGLY R MCINTYRE P MENZIONE A MEYER T MIKAMO S MILLER M MIMASHI T MISCETTI S MISHINA M MIYASHITA S MORITA Y MOULDING S MUELLER J MUKHERJEE A NAKAE LF NAKANO I NELSON C NEWMANHOLMES C NG JST NINOMIYA M NODULMAN L OGAWA S PAOLETTI R PARA A PARE E PARK S PATRICK J PHILLIPS TJ PTOHOS F PLUNKETT R PONDROM L PROUDFOOT J PUNZI G QUARRIE D RAGAN K REDLINGER G RHOADES J ROACH M RIMONDI F RISTORI L ROHALY T ROODMAN A SAKUMOTO WK SANSONI A SARD RD SAVOYNAVARRO A SCARPINE V SCHLABACH P SCHMIDT EE SCHNEIDER O SCHUB MH SCHWITTERS R SCRIBANO A SEGLER S SEIYA Y SEKIGUCHI M SHAPIRO M SHAW NM SHEAFF M SHOCHET M SIEGRIST J SINERVO P SKARHA J SLIWA K SMITH DA SNIDER FD SONG L SPAHN M STDENIS R STEFANINI A SULLIVAN G SWARTZ RL TAKANO M TARTARELLI F TAKIKAWA K TAREM S THERIOT D TIMKO M TIPTON P TKACZYK S TOLLESTRUP A TONNISON J TRISCHUK W TURINI N TSAY Y UKEGAWA F UNDERWOOD D VEJCIK S VIDAL R WAGNER RG WAGNER RL WAINER N WALSH J WATTS T WEBB R WENDT C WENZEL H WESTER WC WESTHUSING T WHITE SN WICKLUND AB WILLIAMS HH WINER BL WYSS J YAGIL A YAMASHITA A YASUOKA K YEH GP YOH J YOKOYAMA M YUN JC ZANETTI A ZETTI F ZUCCHELLI S
Citation
F. Abe et al., PROPERTIES OF EVENTS WITH LARGE TOTAL TRANSVERSE ENERGY PRODUCED IN PROTON-ANTIPROTON COLLISIONS AT SQUARE-ROOT-S = 1.8 TEV, Physical review. D. Particles and fields, 45(7), 1992, pp. 2249-2263
Citations number
13
Journal title
Physical review. D. Particles and fields → ACNP
ISSN journal
05562821
Volume
45
Issue
7
Year of publication
1992
Pages
2249 - 2263
Database
ISI
SICI code
0556-2821(1992)45:7<2249:POEWLT>2.0.ZU;2-P
Abstract
ROCKEFELLER UNIV NEW YORK NY 10021 RUTGERS STATE UNIV PISCATAWAY NJ 08 854 UNIV TSUKUBA TSUKUBA IBARAKI 305 JAPAN ARGONNE NATL LAB ARGONNE IL 60439 BRANDEIS UNIV WALTHAM MA 02254 FERMI NATL ACCELERATOR LAB BATAV IA IL 60510 UNIV CHICAGO CHICAGO IL 60637 HARVARD UNIV CAMBRIDGE MA 02 138 UNIV ILLINOIS URBANA IL 61801 UNIV CALIF BERKELEY,LAWRENCE BERKELE Y LAB BERKELEY CA 94720 UNIV PENN PHILADELPHIA PA 19104 SCUOLA NORMALE SUPER PISA I-56100 PISA ITALY UNIV ROCHESTER ROCHESTER NY 14627 TEXAS A&M UNIV SYST COLLEGE STN TX 77843 The properties of proton-antiproto n interactions in which the total transverse energy exceeds 400 GeV ar e described. These events have been recorded at the Fermilab Tevatron collider operating at a center-of-mass energy of 1.8 TeV. The differen tial cross section, jet rates, jet transverse-momentum and pseudorapid ity distributions, single-jet shapes, and the multijet rates and kinem atics are compared with QCD predictions. There is no evidence for a si gnificant deviation from standard-model expectations that would be sig naled by the presence of an excess of isolated high-transverse-momentu m leptons or photons, or an excess of events with unusual jet rates or characteristics.