Determination of leading twist non-singlet operator matrix elements by QCD sum rules

Bibliographic Details
Main Authors: Ross, G, Chamoun, N
Format: Journal article
Published: 1996
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author Ross, G
Chamoun, N
author_facet Ross, G
Chamoun, N
author_sort Ross, G
collection OXFORD
description
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format Journal article
id oxford-uuid:12abeceb-333b-4ff8-a4d4-f903d6de2451
institution University of Oxford
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publishDate 1996
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spelling oxford-uuid:12abeceb-333b-4ff8-a4d4-f903d6de24512022-03-26T10:09:07ZDetermination of leading twist non-singlet operator matrix elements by QCD sum rulesJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:12abeceb-333b-4ff8-a4d4-f903d6de2451Symplectic Elements at Oxford1996Ross, GChamoun, N
spellingShingle Ross, G
Chamoun, N
Determination of leading twist non-singlet operator matrix elements by QCD sum rules
title Determination of leading twist non-singlet operator matrix elements by QCD sum rules
title_full Determination of leading twist non-singlet operator matrix elements by QCD sum rules
title_fullStr Determination of leading twist non-singlet operator matrix elements by QCD sum rules
title_full_unstemmed Determination of leading twist non-singlet operator matrix elements by QCD sum rules
title_short Determination of leading twist non-singlet operator matrix elements by QCD sum rules
title_sort determination of leading twist non singlet operator matrix elements by qcd sum rules
work_keys_str_mv AT rossg determinationofleadingtwistnonsingletoperatormatrixelementsbyqcdsumrules
AT chamounn determinationofleadingtwistnonsingletoperatormatrixelementsbyqcdsumrules