cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17182/hepdata.4114.v1/t14
title: "Table 14" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The transverse momentum distribution in the event plane with respect to the sphericity axis.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t15
title: "Table 15" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The scaled momentum distribution.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t16
title: "Table 16" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: Rapidity distribution (folded around yrap=0).
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t17
title: "Table 17" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The charged particle flow with respect to the sphericity axis.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t18
title: "Table 18" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The energy flow with respect to the sphericity axis.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t19
title: "Table 19" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: Aplanarity distribution.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t20
title: "Table 20" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: QX Distribution (QX=SQRT(3)*(Q3-Q2).
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t21
title: "Table 21" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The (Q2-Q1) distributions.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t22
title: "Table 22" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: Sphericity distribution.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t23
title: "Table 23" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: Thrust distribution.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t24
title: "Table 24" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The minor value distribution.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t25
title: "Table 25" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: Oblateness distribution.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t26
title: "Table 26" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The invariant mass square of the broad jet.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t27
title: "Table 27" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: No description provided.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t28
title: "Table 28" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The mass square difference of the broad and slim jet.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t29
title: "Table 29" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The transverse momentum disribution with respect to the sphericity axis.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t30
title: "Table 30" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The transverse momentum distribution with respect to the sphericity axis.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1
DOI: 10.17182/hepdata.4114.v1/t31
title: "Table 31" of "Multi - Hadronic Events at E(c.m.) = 29-GeV and Predictions of QCD Models from E(c.m.) = 29-GeV to E(c.m.) = 93-GeV"

description: The momentum distribution out of the event plane.
description: SLAC-PEP. Multihadronic e+ e- annihilation events studied by Mark-II Collaboration. Data in this part are the average of the (PEP5) Mark-II and the Upgrade Mark-II detectors. The second and third lists for each table the data for the individual experiments respectively. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all changed and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
SLAC-PEP. Multihadrinic e+ e- annihilation events studied by Mark-II Collaboration. Data given in this part are from the Upgrade Mark-II experiment. Properties of the events are studied in both global event shape and inclusive charged particle distributions. For calculating event shapes and axes all charged and neutral particles are used. Comparisons are made in the paper with predictions of QCD models.
VARIOUS COLLECTIVE VARIABLES ARE USED IN PAPER. ALL CHARGED AND NEUTRALS PARTICLES WERE USED FOR CALCULATING THEM.Q1, Q2, Q3 ARE EIGENVALUES OF THE SPHERICITY TENSOR (Q1