We present new sets of next-to-leading order fragmentation functions describing the production of charged pions, kaons and protons from the gluon and from each of the quarks, obtained by fitting to all relevant data sets from e + e − annihilation. The individual light quark flavour fragmentation functions are obtained phenomenologically for the first time by including in the data the light quark tagging probabilities obtained by the OPAL Collaboration
Fitting Z^0-pole data from ALEPH and SLD, and TPC data at a lower c.m.s. energy, we fix the boundary...
Using fragmentation functions for charged pions, charged kaons, and (anti)protons recently extracted...
Fragmentation functions for charged particles in Z0→qq¯Z0→qq¯ events have been measured for bottom (...
We present new sets of next-to-leading order fragmentation functions describing the production of ch...
We present new sets of next-to-leading order fragmentation functions describing the production of ch...
We present new sets of next-to-leading order fragmentation functions describing the production of ch...
We present new sets of next-to-leading order fragmentation functions for the production of KS0 and Λ...
We present new sets of next-to-leading order fragmentation functions for the production of K0short a...
We present new sets of fragmentation functions for charged pions, charged kaons, and protons, both a...
We present new sets of fragmentation functions in next-to-leading order QCD that are determined from...
Achieving the highest possible precision for theoretical predictions at the present and future high-...
We present new sets of fragmentation functions for charged pions, charged kaons, and protons, both a...
We present new sets of fragmentation functions for charged pions and kaons, both at leading and next...
Quark helicity distributions can be accessed by measuring spin asymmetries in polarised deep-inelast...
In this paper a new comprehensive analysis of parton-to-pion fragmentation functions (FFs) is perfor...
Fitting Z^0-pole data from ALEPH and SLD, and TPC data at a lower c.m.s. energy, we fix the boundary...
Using fragmentation functions for charged pions, charged kaons, and (anti)protons recently extracted...
Fragmentation functions for charged particles in Z0→qq¯Z0→qq¯ events have been measured for bottom (...
We present new sets of next-to-leading order fragmentation functions describing the production of ch...
We present new sets of next-to-leading order fragmentation functions describing the production of ch...
We present new sets of next-to-leading order fragmentation functions describing the production of ch...
We present new sets of next-to-leading order fragmentation functions for the production of KS0 and Λ...
We present new sets of next-to-leading order fragmentation functions for the production of K0short a...
We present new sets of fragmentation functions for charged pions, charged kaons, and protons, both a...
We present new sets of fragmentation functions in next-to-leading order QCD that are determined from...
Achieving the highest possible precision for theoretical predictions at the present and future high-...
We present new sets of fragmentation functions for charged pions, charged kaons, and protons, both a...
We present new sets of fragmentation functions for charged pions and kaons, both at leading and next...
Quark helicity distributions can be accessed by measuring spin asymmetries in polarised deep-inelast...
In this paper a new comprehensive analysis of parton-to-pion fragmentation functions (FFs) is perfor...
Fitting Z^0-pole data from ALEPH and SLD, and TPC data at a lower c.m.s. energy, we fix the boundary...
Using fragmentation functions for charged pions, charged kaons, and (anti)protons recently extracted...
Fragmentation functions for charged particles in Z0→qq¯Z0→qq¯ events have been measured for bottom (...