19 citations · 30 across the 8 of their papers we have counts for
6 papers · 2 filters
On Effective Charges, Event shapes and the size of Power Corrections
C. J. Maxwell
We introduce and motivate the method of effective chsrges, and consider how to implement an all-orders resummation of large kinematical logarithms in this formalism. Fits for QCD Λ…
Infrared freezing of Euclidean QCD observables in the one-chain approximation
C. J. Maxwell
We consider the one-chain term in a skeleton expansion for Euclidean QCD observables. Focusing on the particular example of the Adler D function, we show that although there is a L…
Improved analysis of moments of F3 in neutrino-nucleon scattering using the Bernstein polynomial method
Paul M. Brooks, C. J. Maxwell
We use recently calculated next-to-next-to-leading order (NNLO) anaomalous dimension coefficients for the moments of the xF_3 structure function in neutrino- nucleon scattering, to…
Comparison of NNLO and all-orders estimates of corrections to the GLS and Bjorken sum rules
Paul M. Brooks, C. J. Maxwell
For the GLS and Bjorken DIS sum rules we compare fixed-order NNLO perturbative QCD estimates, and all-orders resummed estimates, with the available data, in order to assess the rel…
Effective Charges, Event Shapes and Power Corrections
C. J. Maxwell
We introduce and motivate the method of effective charges, and consider how to implement an all-orders resummation of large kinematical logarithms in this formalism. Fits for QCD Λ…
Infrared Freezing of Euclidean QCD observables
Paul M. Brooks, C. J. Maxwell
We consider the leading one-chain term in a skeleton expansion for QCD observables and show that for energies Q^2>Λ^2, where Q^2=Λ^2 is the Landau pole in the coupling, the skeleto…