A resummation of large sub-leading corrections at small x
Journal of High Energy Physics Springer Nature 1998:07 (1998) 019
Associated quantities from the CCFM approach
ArXiv hep-ph/9805322 (1998)
Abstract:
Results are presented on structure functions and final state properties within the CCFM approach. Traditionally used forms of the CCFM equation have difficulty fitting the F_2 data, predicting too fast a growth at small x. A solution can be found in a particular treatment of formally subleading (1-z) terms, which dampens very considerably the small-x growth. Preliminary results are shown for the transverse energy flow, and future prospects and plans are discussed.The Milan factor for jet-shape observables
ArXiv hep-ph/9805323 (1998)
Abstract:
This talk discusses and explains the two-loop corrections, also known as the Milan factor, for power corrections to jet-shape observables.On the universality of the Milan factor for 1/Q power corrections to jet shapes
Journal of High Energy Physics Springer Nature 1998:05 (1998) 003