What can we learn from polarized structure function data?

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...

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Detalles Bibliográficos
Autores principales: Ball, Richard D., Ridolfi, Giovanni, Altarelli, Guido, Forte, Stefano
Lenguaje:eng
Publicado: 1997
Materias:
Particle Physics - Phenomenology
Acceso en línea:https://dx.doi.org/10.1063/1.53674
http://cds.cern.ch/record/329709
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author Ball, Richard D.
Ridolfi, Giovanni
Altarelli, Guido
Forte, Stefano
author_facet Ball, Richard D.
Ridolfi, Giovanni
Altarelli, Guido
Forte, Stefano
author_sort Ball, Richard D.
collection CERN
description 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.
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institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1997
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spelling cern-3297092023-03-14T17:14:14Zdoi:10.1063/1.53674http://cds.cern.ch/record/329709engBall, Richard D.Ridolfi, GiovanniAltarelli, GuidoForte, StefanoWhat can we learn from polarized structure function data?Particle Physics - PhenomenologyWe 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 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 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.hep-ph/9707276CERN-TH-97-153DFTT-41-97EDINBURGH-97-9UB-ECM-PF-97-11CERN-TH-97-153DFTT-97-41EDINBURGH-97-8UB-ECM-PF-97-11oai:cds.cern.ch:3297091997-07-09
spellingShingle Particle Physics - Phenomenology
Ball, Richard D.
Ridolfi, Giovanni
Altarelli, Guido
Forte, Stefano
What can we learn from polarized structure function data?
title What can we learn from polarized structure function data?
title_full What can we learn from polarized structure function data?
title_fullStr What can we learn from polarized structure function data?
title_full_unstemmed What can we learn from polarized structure function data?
title_short What can we learn from polarized structure function data?
title_sort what can we learn from polarized structure function data?
topic Particle Physics - Phenomenology
url https://dx.doi.org/10.1063/1.53674
http://cds.cern.ch/record/329709
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AT ridolfigiovanni whatcanwelearnfrompolarizedstructurefunctiondata
AT altarelliguido whatcanwelearnfrompolarizedstructurefunctiondata
AT fortestefano whatcanwelearnfrompolarizedstructurefunctiondata

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