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Measurement of the jet width in gamma-gamma collisions and in e^+e^- annihilation process at TRISTAN

Authors
  • Adachi, K.
Type
Published Article
Publication Date
Feb 02, 1999
Submission Date
Jan 26, 1999
Identifiers
DOI: 10.1016/S0370-2693(99)00142-2
arXiv ID: hep-ex/9901036
Source
arXiv
License
Unknown
External links

Abstract

The shape of jets produced in (quasi-) real photon-photon collisions as well as in e^+e^- annihilation process has been studied with a cone jet finding algorithm, using the data taken with the TOPAZ detector at the TRISTAN e^+e^- collider at an average center-of-mass energy of 58 GeV. The results are presented in terms of the jet width as a function of the jet transverse energy(E^{jet}_T) as well as a scaled transverse jet energy, x_T(=2E^{jet}_T/root(s)). The jet width narrows as E^{jet}_T increases; however, at the same value of E^{jet}_T the jet width in gamma-gamma collisions at TRISTAN is significantly narrower than that in gamma p collisions at HERA. By comparing our results with the data in other reactions, it has been shown that the jet width in gamma-gamma, gamma p, p\bar{p} collisions as well as the e^+e^- annihilation process has an approximate scaling behavior as a function of x_T.

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