What can we learn from polarized structure function data? | Zendy

Giovanni Ridolfi | Zendy; Guido Altarelli | Zendy; Richard D. Ball | Zendy; Stefano Forte | Zendy

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What can we learn from polarized structure function data?

Author(s) -

Giovanni Ridolfi,

Guido Altarelli,

Richard D. Ball,

Stefano Forte

Publication year - 1997

Publication title -

aip conference proceedings

Language(s) - English

Resource type - Conference proceedings

SCImago Journal Rank - 0.177

H-Index - 75

eISSN - 1551-7616

pISSN - 0094-243X

DOI - 10.1063/1.53674

Subject(s) - structure function , helicity , deep inelastic scattering , physics , particle physics , perturbative qcd , sum rule in quantum mechanics , scaling , deuterium , function (biology) , quantum chromodynamics , coupling (piping) , proton , neutron , nuclear physics , inelastic scattering , scattering , computer science , mathematics , optics , engineering , mechanical engineering , geometry , evolutionary biology , biology

We summarise the perturbative QCD analysis of the structure function data for g_1 from longitudinally polarized deep inelastic scattering from proton, deuteron and neutron targets, with particular emphasis on testing sum rules, determining helicity fractions, and extracting the strong coupling from both scaling violations and the Bjorken sum rule.We summarise the perturbative QCD analysis of the structure function data for g_1 from longitudinally polarized deep inelastic scattering from proton, deuteron and neutron targets, with particular emphasis on testing sum rules, determining helicity fractions, and extracting the strong coupling from both scaling violations and the Bjorken sum rule.We summarise the perturbative QCD analysis of the structure function data for g_1 from longitudinally polarized deep inelastic scattering from proton, deuteron and neutron targets, with particular emphasis on testing sum rules, determining helicity fractions, and extracting the strong coupling from both scaling violations and the Bjorken sum rule.We summarise the perturbative QCD analysis of the structure function data for g1 from longitudinally polarized deep inelastic scattering from proton, deuteron and neutron targets, with particular emphasis on testing sum rules, determining helicity fractions, and extracting the strong coupling from both scaling violations and the Bjorken sum rule

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