Schlatter, D; Abrams, GS; Amidei, D; Bäcker, A; Blocker, CA; Blondel, A; Boyarski, AM; Breidenbach, M; Burke, DL; Chinowsky, W; Coles, MW; von Dardel, G; Dieterle, WE; Dillon, JB; Dorenbosch, J; Dorfan, JM; Eaton, MW; Feldman, GJ; Franklin, MEB; Gidal, G; Gladney, L; Goldhaber, G; Golding, LJ; Hanson, G; Hollebeek, RJ; Innes, WR; Jaros, JA; Johnson, AD; Kadyk, JA; Lankford, AJ; Larsen, RR; LeClaire, B; Levi, M; Lockyer, N; Löhr, B; Lüth, V; Matteuzzi, C; Nelson, ME; Patrick, JF; Perl, ML; Richter, B; Roussarie, A; Schaad, T; Scharre, DL; Schellman, H; Schwitters, RF; Siegrist, JL; Strait, J; Trilling, GH; Vidal, RA; Videau, I; Wang, Y; Weiss, JM; Werlen, M; Yelton, JM; Zaiser, C; Zhao, G

doi:10.1103/physrevlett.49.521

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Measurement of Energy Correlations in e+e-→Hadrons

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https://doi.org/10.1103/physrevlett.49.521

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Abstract

Energy correlations have been measured with the MARK II detector at the PEP storage ring (Stanford Linear Accelerator Center) at c.m. energy of 29 GeV and are compared to first-order QCD predictions. Fragmentation processes are significant and limit the precision with which the first-order strong-coupling constant can be determined. © 1982 The American Physical Society.

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Measurement of Energy Correlations in e+e-→Hadrons

Published Web Location