Q(2) DEPENDENCE OF THE AVERAGE SQUARED TRANSVERSE ENERGY OF JETS IN DEEP-INELASTIC MUON-NUCLEON SCATTERING WITH COMPARISON TO PERTURBATIVE QCD PREDICTIONS
Mr. Adams et al., Q(2) DEPENDENCE OF THE AVERAGE SQUARED TRANSVERSE ENERGY OF JETS IN DEEP-INELASTIC MUON-NUCLEON SCATTERING WITH COMPARISON TO PERTURBATIVE QCD PREDICTIONS, Physical review letters, 72(4), 1994, pp. 466-469
The average squared transverse energy of jets in deep-inelastic muon-n
ucleon scattering is measured as a function of the momentum transfer s
quared (Q2), in the range 3 < Q2 < 25 GeV2. Perturbative QCD predicts
that the average squared parton transverse energy will depend upon the
strong coupling constant (alpha(S)). Identifying the transverse energ
y of the jets with those of the corresponding partons, alpha(S) is fou
nd to vary with Q2 as predicted by QCD.