QCD COHERENCE STUDIES USING 2 PARTICLE AZIMUTHAL CORRELATIONS

Authors
ACTON PD ALEXANDER G ALLISON J ALLPORT PP ANDERSON KJ ARCELLI S ASTBURY A AXEN D AZUELOS G BAHAN GA BAINES JTM BALL AH BANKS J BARLOW RJ BARNETT S BATLEY JR BEAUDOIN G BECK A BECKER J BEHNKE T BELL KW BELLA G BERLICH P BETHKE S BIEBEL O BINDER U BLOODWORTH IJ BOCK P BODEN B BOSCH HM BOUGEROLLE S BREUKER H BROWN RM BUIJS A BURCKARDT HJ BURGARD C CAPILUPPI P CARNEGIE RK CARTER AA CARTER JR CHANG CY CHARLTON DG CLARKE PEL COHEN I CLAYTON JC COLLINS WJ CONBOY JE COOPER M COUPLAND M CUFFIANI M DADO S DALLAVALLE GM DEJONG S DELPOZO LA DENG H DIECKMANN A DITTMAR M DIXIT MS SILVA EDE DUBOSCQ JE DUCHOVNI E DUCKECK G DUERDOTH IP DUMAS DJP ELCOMBE PA ESTABROOKS PG ETZION E EVANS HG FABBRI F FINCKEKEELER M FISCHER HM FONG DG FOUCHER M GAIDOT A GANEL O GARY JW GASCON J MCGOWAN RF GEDDES NI GEICHGIMBEL C GENSLER SW GENTIT FX GIACOMELLI G GIBSON V GIBSON WR GILLIES JD GOLDBERG J GOODRICK MJ GORN W GRANDI C GRANT FC HAGEMANN J HANSON GG HANSROUL M HARGROVE CK HARRISON PF HART J HATTERSLEY PM HAUSCHILD M HAWKES CM HEFLIN E HEMINGWAY RJ HEUER RD HILL JC HILLIER SJ HILSE T HINSHAW DA HOBBS JD HOBSON PR HOCHMAN D HOMER RJ HONMA AK HOWARTH CP HUGHESJONES RE HUMBERT R IGOKEMENES P IHSSEN H IMRIE DC JANISSEN AC JAWAHERY A JEFFREYS PW JEREMIE H JIMACK M JOBES M JONES RWL JOVANOVIC P JUI C KARLEN D KAWAGOE K KAWAMOTO T KEELER RK KELLOGG RG KENNEDY BW KLUTH S KOBAYASHI T KOKOTT TP KOMAMIYA S KOPKE L KRAL JF KOWALEWSKI R VONKROGH J KROLL J KUWANO M KYBERD P LAFFERTY GD LAMARCHE F LAYTER JG LEDU P LEBLANC P LEE AM LEHTO MH LELLOUCH D LENNERT P LEROY C LETTS J LEVEGRUN S LEVINSON L LLOYD SL LOEBINGER FK LORAH JM LORAZO B LOSTY MJ LOU XC LUDWIG J MANNELLI M MARCELLINI S MARINGER G MARKUS C MARTIN AJ MARTIN JP MASHIMO T MATTIG P MAUR U MCKENNA J MCMAHON TJ MCNUTT JR MEIJERS F MENSZNER D MERRITT FS MES H MICHELINI A MIDDLETON RP MIKENBERG G MILDENBERGER J MILLER DJ MIR R MOHR W MOISAN C MONTANARI A MORI T MORII M MOUTHUY T NELLEN B NGUYEN HH NOZAKI M ONEALE SW OAKHAM FG ODORICI F OGREN HO ORAM CJ OREGLIA MJ ORITO S PANSART JP PANZERSTEINDEL B PASCHIEVICI P PATRICK GN PAZJAOSHVILI N PFISTER P PILCHER JE PITMAN D PLANE DE POFFENBERGER P POLI B POULADDEJ A PREBYS E PRITCHARD TW PRZYSIEZNIAK H QUAST G REDMOND MW REES DL RICHARDS GE ROBINSON D ROLLNIK A RONEY JM ROS E ROSSBERG S ROSSI AM ROSVICK M ROUTENBURG P RUNGE K RUNOLFSSON O RUST DR SASAKI M SBARRA C SCHAILE AD SCHAILE O SCHAPPERT W SCHARFFHANSEN P SCHENK P VONDERSCHMITT H SCHREIBER S SCHWICK C SCHWIENING J SCOTT WG SETTLES M SHEARS TG SHEN BC SHEPHERDTHEMISTOCLEOUS CH SHERWOOD P SHYPIT R SIMON A SINGH P SIROLI GP SKUJA A SMITH AM SMITH TJ SNOW GA SOBIE R SPRINGER RW SPROSTON M STEPHENS K STEUERER J STROHMER R STROM D TAKESHITA T TARAS P TAREM S TECCHIO M TEIXEIRADIAS P TESCH N THACKRAY NJ TRANSTROMER G TRESILIAN NJ TSUKAMOTO T TURNER MF TYSARCZYKNIEMEYER G VANDENPLAS D VANKOOTEN R VANDALEN GJ VASSEUR G VIRTUE CJ WAGNER A WAGNER DL WAHL C WALKER JP WARD CP WARD DR WATKLINS PM WATSON AT WATSON NK WEBER M WEBER P WEISZ S WELLS PS WERMES N WHALLEY MA WILSON GW WILSON JA WINTERER VH WLODEK T WOTTON S WYATT TR YAARI R YEAMAN A YEKUTIELI G YURKO M ZEUNER W ZORN GT
Citation
Pd. Acton et al., QCD COHERENCE STUDIES USING 2 PARTICLE AZIMUTHAL CORRELATIONS, Zeitschrift fur Physik. C, Particles and fields, 58(2), 1993, pp. 207-217
Citations number
28
Categorie Soggetti
Physics, Particles & Fields
Journal title
Zeitschrift fur Physik. C, Particles and fields → ACNP
ISSN journal
01709739
Volume
58
Issue
2
Year of publication
1993
Pages
207 - 217
Database
ISI
SICI code
0170-9739(1993)58:2<207:QCSU2P>2.0.ZU;2-#
Abstract
From a sample of 146 900 hadronic Z0 decays recorded by the OPAL detec tor at LEP, we have studied the azimuthal correlations of particles in hadronic events. It is expected that these correlations are sensitive to interference effects in QCD. We have compared the data to QCD Mont e Carlo models which include and which do not include interference eff ects. We find that the distributions of azimuthal correlations are not reproduced by the parton shower models we have tested unless interfer ence effects are included, no matter which hadronisation scheme is use d.