Global analysis of hadron-production data in e^+ e^- annihilation for determining fragmentation functions
M. Hirai🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai🇯🇵 · M. Oka🇯🇵 · K. Sudoh🇯🇵
Sep 18, 2007#4*↳ hep-ph3 citations
Author
Kumano, Shunzo
INSPIRE profile1001577ORCID0000-0003-4884-1880
144 papers·6,088 citations in this corpus
Proposal for exotic-hadron search by fragmentation functions
M. Hirai🇯🇵 · S. Kumano🇯🇵 · M. Oka🇯🇵 · K. Sudoh🇯🇵
Aug 15, 2007#4*↳ hep-phPRD25 citations
Global analysis for determining fragmentation functions and their uncertainties in light hadrons
M. Hirai🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai🇯🇵 · K. Sudoh🇯🇵
May 22, 2007#5*↳ hep-ph2 citations
Determination of fragmentation functions and their uncertainties
M. Hirai🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai🇯🇵 · K. Sudoh🇯🇵
Feb 27, 2007#7*↳ hep-phPRD292 citations
Determination of fragmentation functions and their uncertainties from e+ + e- -> h + X data
M. Hirai🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai🇯🇵 · K. Sudoh🇯🇵
Dec 4, 2006#2*↳ hep-phAIP Conf.Proc.4 citations
Hadron Physics at J-PARC
S. Kumano (KEK, Graduate U. Adv. Studies)🇯🇵
Aug 11, 2006#6*↳ hep-phNPA18 citations
Determination of polarized parton distribution functions with recent data on polarization asymmetries
M. Hirai (KEK)🇯🇵 · S. Kumano (KEK, Graduate U. Adv. Studies)🇯🇵 · N. Saito (Kyoto University)🇯🇵
Mar 28, 2006#9*↳ hep-phPRD98 citations
Nuclear modification of valence-quark distributions and its effects on NuTeV sin^2 theta_W anomaly
M. Hirai (KEK)🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai (Saga University)🇯🇵
Dec 22, 2004#10*↳ hep-phNucl.Phys.B Proc.Suppl.3 citations
Nuclear modification difference between u_v and d_v distributions and its relation to NuTeV sin^2 theta_W anomaly
M. Hirai🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai🇯🇵
Dec 21, 2004#15*↳ hep-phPRD26 citations
Nuclear corrections of parton distribution functions
M. Hirai🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai🇯🇵
Aug 12, 2004#7*↳ hep-phNucl.Phys.B Proc.Suppl.15 citations
Nuclear parton distribution functions and their effects on sin^2 theta_W anomaly
M. Hirai🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai🇯🇵
Aug 4, 2004#6*↳ hep-ph3 citations
AAC analysis of polarized parton distributions with uncertainties
M. Hirai🇯🇵 · S. Kumano🇯🇵 · N. Saito (Asymmetry Analysis Collaboration)🇯🇵
Aug 4, 2004#7*↳ hep-ph0 citations
Comparison of numerical solutions for Q^2 evolution equations
S. Kumano🇯🇵 · T.-H. Nagai (Saga University)🇯🇵
May 19, 2004#6*↳ hep-phJ.Comput.Phys.21 citations
Nuclear parton distribution functions and their uncertainties
M. Hirai (RIKEN)🇯🇵 · S. Kumano🇯🇵 · T.-H. Nagai (Saga University)🇯🇵
Apr 12, 2004#7*↳ hep-phPRC198 citations
Determination of polarized parton distribution functions and their uncertainties
M. Hirai🇯🇵 · S. Kumano🇯🇵 · N. Saito (Asymmetry Analysis Collaboration)🇯🇵
Dec 10, 2003#1*↳ hep-phPRD160 citations
Neutrino Scattering Physics at Superbeams and Neutrino Factories
Oct 15, 2003#3*↳ hep-phAIP Conf.Proc.8 citations
Nuclear modification of structure functions in lepton scattering
Jul 9, 2003#5*↳ hep-ph3 citations
Nuclear modification of transverse-longitudinal structure function ratio
M. Ericson (IPN Lyon and CERN)🇫🇷 · S. Kumano (Saga University)🇯🇵
Dec 3, 2002#13*↳ hep-phPRC17 citations
Summary of Working Group 3 of the Neutrino Factory '02 Workshop
A.L. Kataev (Institute for Nuclear Research, Moscow, Russia)🇷🇺 · S. Kumano (Saga University, Saga, Japan)🇯🇵
Nov 6, 2002#5*↳ hep-phJ.Phys.G2 citations
Modified Paschos-Wolfenstein relation and extraction of weak mixing angle sin^2 theta_W
Sep 19, 2002#7*↳ hep-phPRD56 citations
Possible Studies of Parton Distribution Functions at JHF
Jul 15, 2002#8*↳ hep-ph3 citations
Structure functions of the nucleon and nuclei in neutrino reactions
Apr 23, 2002#2*↳ hep-phNucl.Phys.B Proc.Suppl.7 citations
A model prediction for polarized antiquark flavor asymmetry
Dec 18, 2001#7*↳ hep-phInt.J.Mod.Phys.A1 citation
Polarized light-antiquark distributions in a meson-cloud model
Oct 9, 2001#9*↳ hep-phPRD45 citations
Determination of Parton Distribution Functions in Nuclei
Sep 19, 2001#11*↳ hep-ph3 citations
Shows only papers in the locally ingested corpus, matched through the INSPIRE author identity. This may not match the author's full publication record.