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- pT c e+e K+ c - -p hadrons+ c e+e pp hadrons + c e+e- e+e- Z0 hadrons + Z0 e+e- Z0 +-+ Z0 -p hadrons + pp hadrons + e+e- Z0 hadrons + e+e- Z0 +-+ e+e- Z0 hadrons + pT pT pT Z0 -p hadrons + -p hadrons+ 0.2 < E 1 pT < 10 pT - 143.70.423.8)10-3 (18.2 0.4 2.0) 10-3 7.9 0.2 1.6 -p hadrons + -p hadrons+ 0.2 < E 1 < 20 92 4 15) 10-3 (17.40.31.2) 10-3 5.3 0.2 0.9 pp hadrons + pp hadrons + 0.2 < E 1 < 20 47.31.89.1)10-3 (11.6 0.2 0.7) 10-3 4.1 0.2 0.8 Z0 hadrons + Z0 hadrons + 0.2 < E 1 pT < 80 pT pT p2 T (1.170.060.27)10-3/ Z0 (0.340 0.001 0.038) 10-3 3.4 0.2 0.8 (69.14.5 15.7)10-3 (17.100.011.21)10-3 4.0 0.3 1.0 0 Z0 +- + Z0 +- + Z0 0.2 < E 1 pT < 40 c pT 1 < E 10 pT < 80 c , pT p2 T 10-3/ 0.0480.007 4.01.4 0.388 0.001 0.025 0.01 0.93 0.069 0.025 2.2 1.3 0.001 0.089 0.01 2.00 1.06 0.12 0.07 1.04 0.09 0.12 Z0 Z0 hadrons+ Z0 Z pT -p hadrons+ c c 1.6 106 pp hadrons + c 4 106 pp e+e- Z0 hadrons+ e+e- e+e- Z0 +- + e+e- Z0 hadrons + pT pT -p -p c -p c -p -p c pp pp Z0 Z0 Z0 <240 mrad <240 mrad <20 mrad <20 mrad 0.2 < E 1 pT < 240 < 20 <20 mrad <20 mrad < 20 0.21 GeV E1>1 GeV DELPHI (rad) (rad) pT of (GeV/c) pT of (GeV/c) 2 2 pT of (GeV/c)2 pT of (GeV/c)2 0.2 < E 1 pT p2 T -3 -3 N 10 /0.008 rad N 10 /0.008 rad -3 -3 N 10 /0.008 GeV/c N 10 /0.008 GeV/c 2 2 -3 -3 N 10 /0.00005(GeV/c) N /0.00005(GeV/c) DELPHI (rad) (rad) pT of (GeV/c) pT of (GeV/c) 2 pT of (GeV/c)2 pT of (GeV/c) 1 < E pT pT -- N /0.008 rad N /0.008 rad -- N /0.008 GeV/c N /0.008 GeV/c -- N /0.0002(GeV/c) N /0.0002(GeV/c) DELPHI (rad) (rad) (rad) - N /10 rad - N /10 rad - N /5x10 rad DELPHI Jet Nneu multiplicity Jet Nneu multiplicity -Rate, /jet Signal/Brems ratio DELPHI Jet Npar multiplicity Jet Npar multiplicity -Rate, /jet Signal/Brems ratio
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