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Spectral functions in QCD
Nuclear PhysicsB187 (1981) 594 @ North-Holland Publishing Company
ERRATA
K. Schilcher, Minh D. Tran and N.F. Nasrallah, Spectral functions in QCD, Nucl. Phys. B181 (1981) 91. The terms multiplying ln(mlm2) in eq. (4.3) and in the added note to our paper should carry the opposite sign. We note that the asymptotic behaviour of pY~(s) is flavour independent of O(1/s). R.J.N. Phillips, Neutrino scattering bound on intrinsic charm of nucleon, Nucl. Phys. B178 (1981) 31. The Evls correction omitted the missing energy of the scattered neutrino. A revised calculation has been made, evaluating decay and scattered muon and neutrino energies event by event, with all correlations. Eqs. (7d) and (8) should be corrected to read,
N(~ +)/N(lz-) = 0.19 x
10 -4 ,
,~ < 8 x 10 -2 . At the foot of p. 33, for 0.80 x 10 -4 read 0.24 x 10 -4.
594
(7d) (8)
ERRATA
K. Schilcher, Minh D. Tran and N.F. Nasrallah, Spectral functions in QCD, Nucl. Phys. B181 (1981) 91. The terms multiplying ln(mlm2) in eq. (4.3) and in the added note to our paper should carry the opposite sign. We note that the asymptotic behaviour of pY~(s) is flavour independent of O(1/s). R.J.N. Phillips, Neutrino scattering bound on intrinsic charm of nucleon, Nucl. Phys. B178 (1981) 31. The Evls correction omitted the missing energy of the scattered neutrino. A revised calculation has been made, evaluating decay and scattered muon and neutrino energies event by event, with all correlations. Eqs. (7d) and (8) should be corrected to read,
N(~ +)/N(lz-) = 0.19 x
10 -4 ,
,~ < 8 x 10 -2 . At the foot of p. 33, for 0.80 x 10 -4 read 0.24 x 10 -4.
594
(7d) (8)