Charged hadron composition of the final state ine + e − annihilation at high energies

TASSO Collaboration; M. Althoff; R. Brandelik; W. Braunschweig; K. Gather; F. J. Kirschfink; K. Lübelsmeyer; H. -U. Martyn; G. Peise; J. Rimkus; H. G. Sander; D. Schmitz; H. Siebke; D. Trines; W. Wallraff; H. Boerner; H. M. Fischer; H. Hartmann; E. Hilger; W. Hillen; G. Knop; L. Köpke; Hermann Kolanoski; H. Kück; R. Wedemeyer; N. Wermes; M. Wollstadt; H. Burkhardt; S. Cooper; J. Franzke; H. Hultschig; P. Joos; W. Koch; U. Kötz; H. Kowalski; A. Ladage; B. Löhr; D. Lüke; P. Mättig; K. H. Mess; D. Notz; J. Pyrlik; D. R. Quarrie; R. Riethmüller; W. Schütte; P. Söding; G. Wolf; G. Yekutieli; R. Fohrmann; H. L. Krasemann; P. Leu; E. Lohrmann; D. Pandoulas; G. Poelz; O. Römer; P. Schmüser; B. H. Wiik; I. Al-Agil; Raymond Beuselinck; D. M. Binnie; A. J. Campbell; P. J. Dornan; D. A. Garbutt; T. D. Jones; W. G. Jones; Stephen Lloyd; J. McCardle; J. K. Sedgebeer; K. W. Bell; M. G. Bowler; I. C. Brock; R. J. Cashmore; R. Carnegie; P. E. L. Clarke; R. Devenish; P. Grossmann; J. Illingworth; G. L. Salmon; J. Thomas; T. R. Wyatt; C. Youngman; B. Foster; J. C. Hart; J. Harvey; J. Proudfoot; D. H. Saxon; P. L. Woodworth; D. Heyland; M. Holder; E. Duchovni; Y. Eisenberg; U. Karshon; G. Mikenberg; D. Revel; E. Ronat; A. Shapira; T. Barklow; J. Freeman; P. LeComte; T. Meyer; G. Rudolph; H. Venkataramania; E. Wicklund; Sau Lan Wu; G. Zobernig;TASSO Collaboration;M. Althoff;R. Brandelik;W. Braunschweig;K. Gather;F. J. Kirschfink;K. Lübelsmeyer;H. -U. Martyn;G. Peise;J. Rimkus;H. G. Sander;D. Schmitz;H. Siebke;D. Trines;W. Wallraff;H. Boerner;H. M. Fischer;H. Hartmann;E. Hilger;W. Hillen;G. Knop;L. Köpke;Hermann Kolanoski;H. Kück;R. Wedemeyer;N. Wermes;M. Wollstadt;H. Burkhardt;S. Cooper;J. Franzke;H. Hultschig;P. Joos;W. Koch;U. Kötz;H. Kowalski;A. Ladage;B. Löhr;D. Lüke;P. Mättig;K. H. Mess;D. Notz;J. Pyrlik;D. R. Quarrie;R. Riethmüller;W. Schütte;P. Söding;G. Wolf;G. Yekutieli;R. Fohrmann;H. L. Krasemann;P. Leu;E. Lohrmann;D. Pandoulas;G. Poelz;O. Römer;P. Schmüser;B. H. Wiik;I. Al-Agil;Raymond Beuselinck;D. M. Binnie;A. J. Campbell;P. J. Dornan;D. A. Garbutt;T. D. Jones;W. G. Jones;Stephen Lloyd;J. McCardle;J. K. Sedgebeer;K. W. Bell;M. G. Bowler;I. C. Brock;R. J. Cashmore;R. Carnegie;P. E. L. Clarke;R. Devenish;P. Grossmann;J. Illingworth;G. L. Salmon;J. Thomas;T. R. Wyatt;C. Youngman;B. Foster;J. C. Hart;J. Harvey;J. Proudfoot;D. H. Saxon;P. L. Woodworth;D. Heyland;M. Holder;E. Duchovni;Y. Eisenberg;U. Karshon;G. Mikenberg;D. Revel;E. Ronat;A. Shapira;T. Barklow;J. Freeman;P. LeComte;T. Meyer;G. Rudolph;H. Venkataramania;E. Wicklund;Sau Lan Wu;G. Zobernig;

doi:10.1007/bf01577813

Charged hadron composition of the final state ine + e − annihilation at high energies

Clicks: 241

ID: 268225

1983

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Abstract

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The inclusive production of π± andK± mesons and of protons and antiprotons ine+e− annihilation has been measured at c.m. energies ofW=14, 22 and 34GeV. Using time of flight measurements and Cerenkov counters the full momentum range has been covered. Differential cross sections and total particle yields are given. At particle momenta of 0.4 GeV/c more than 90% of the charged hadrons are pions. With increasing momentum the fraction of pions among the charged hadrons decreases. AtW=34 GeV and a momentum of 5 GeV/c the particle fractions are approximately π±:K±:p,\(\bar p = 0.55:0.3:0.15\). On average an event atW=34 GeV contains 10.3±0.4π±, 2.0±0.2K± and 0.8±0.1p,\(\bar p\). In addition, we present results on baryon correlations using a sample of events where two or more protons and/or antiprotons are observed in the final state.

Reference Key	zobernig1983thecharged Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors	TASSO Collaboration,M. Althoff,R. Brandelik,W. Braunschweig,K. Gather,F. J. Kirschfink,K. Lübelsmeyer,H. -U. Martyn,G. Peise,J. Rimkus,H. G. Sander,D. Schmitz,H. Siebke,D. Trines,W. Wallraff,H. Boerner,H. M. Fischer,H. Hartmann,E. Hilger,W. Hillen,G. Knop,L. Köpke,Hermann Kolanoski,H. Kück,R. Wedemeyer,N. Wermes,M. Wollstadt,H. Burkhardt,S. Cooper,J. Franzke,H. Hultschig,P. Joos,W. Koch,U. Kötz,H. Kowalski,A. Ladage,B. Löhr,D. Lüke,P. Mättig,K. H. Mess,D. Notz,J. Pyrlik,D. R. Quarrie,R. Riethmüller,W. Schütte,P. Söding,G. Wolf,G. Yekutieli,R. Fohrmann,H. L. Krasemann,P. Leu,E. Lohrmann,D. Pandoulas,G. Poelz,O. Römer,P. Schmüser,B. H. Wiik,I. Al-Agil,Raymond Beuselinck,D. M. Binnie,A. J. Campbell,P. J. Dornan,D. A. Garbutt,T. D. Jones,W. G. Jones,Stephen Lloyd,J. McCardle,J. K. Sedgebeer,K. W. Bell,M. G. Bowler,I. C. Brock,R. J. Cashmore,R. Carnegie,P. E. L. Clarke,R. Devenish,P. Grossmann,J. Illingworth,G. L. Salmon,J. Thomas,T. R. Wyatt,C. Youngman,B. Foster,J. C. Hart,J. Harvey,J. Proudfoot,D. H. Saxon,P. L. Woodworth,D. Heyland,M. Holder,E. Duchovni,Y. Eisenberg,U. Karshon,G. Mikenberg,D. Revel,E. Ronat,A. Shapira,T. Barklow,J. Freeman,P. LeComte,T. Meyer,G. Rudolph,H. Venkataramania,E. Wicklund,Sau Lan Wu,G. Zobernig;TASSO Collaboration;M. Althoff;R. Brandelik;W. Braunschweig;K. Gather;F. J. Kirschfink;K. Lübelsmeyer;H. -U. Martyn;G. Peise;J. Rimkus;H. G. Sander;D. Schmitz;H. Siebke;D. Trines;W. Wallraff;H. Boerner;H. M. Fischer;H. Hartmann;E. Hilger;W. Hillen;G. Knop;L. Köpke;Hermann Kolanoski;H. Kück;R. Wedemeyer;N. Wermes;M. Wollstadt;H. Burkhardt;S. Cooper;J. Franzke;H. Hultschig;P. Joos;W. Koch;U. Kötz;H. Kowalski;A. Ladage;B. Löhr;D. Lüke;P. Mättig;K. H. Mess;D. Notz;J. Pyrlik;D. R. Quarrie;R. Riethmüller;W. Schütte;P. Söding;G. Wolf;G. Yekutieli;R. Fohrmann;H. L. Krasemann;P. Leu;E. Lohrmann;D. Pandoulas;G. Poelz;O. Römer;P. Schmüser;B. H. Wiik;I. Al-Agil;Raymond Beuselinck;D. M. Binnie;A. J. Campbell;P. J. Dornan;D. A. Garbutt;T. D. Jones;W. G. Jones;Stephen Lloyd;J. McCardle;J. K. Sedgebeer;K. W. Bell;M. G. Bowler;I. C. Brock;R. J. Cashmore;R. Carnegie;P. E. L. Clarke;R. Devenish;P. Grossmann;J. Illingworth;G. L. Salmon;J. Thomas;T. R. Wyatt;C. Youngman;B. Foster;J. C. Hart;J. Harvey;J. Proudfoot;D. H. Saxon;P. L. Woodworth;D. Heyland;M. Holder;E. Duchovni;Y. Eisenberg;U. Karshon;G. Mikenberg;D. Revel;E. Ronat;A. Shapira;T. Barklow;J. Freeman;P. LeComte;T. Meyer;G. Rudolph;H. Venkataramania;E. Wicklund;Sau Lan Wu;G. Zobernig;
Journal	the european physical journal c
Year	1983
DOI	10.1007/bf01577813 Searching for DOI...
URL	https://sciprofiles.com/publication/view/c06e2555ae573572d33ef16ce0c33d74 https://doi.org/10.1007/bf01577813
Keywords	quantum field theory particle acceleration field theory elementary particle differential cross section

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