phenomenon 116.9 Callan–Gross

open in the book · parts/11-qft-standard-model/18-exp-deep-inelastic.tex:377 · p. 2539

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phenomenon 116.9: Callan–Gross116.9definition 116.8: The longitudinal structure function and R116.8equation 116.9: eq:expdis-F2-parton116.9phenomenon 102.45: The proton contains pointlike constituents102.45phenomenon 116.19: The longitudinal cross section is small116.19phenomenon 116.36: The EMC effect116.36phenomenon 116.25: Half the proton momentum is invisible to the photon116.25phenomenon 116.27: The neutrino cross section rises linearly with energy116.27phenomenon 116.18: Bjorken scaling116.18proposition 116.40: The Drell–Yan cross section scales116.40proposition 116.35: The gluon density is measured, not assumed116.35proposition 116.21: What the neutron-to-proton ratio measures116.21definition 102.44: Structure functions102.44equation 102.50: eq:qcd-mott102.50proof : ch:04-qcd@proof-21proofexperiment : Deep Inelastic Scatteringexperime…equation 116.11: eq:expdis-R-def116.11proposition 116.14: How two angles separate the two structure functions116.14proof : ch:18-exp-deep-inelastic@proof-9proof

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typedirectionnode provenancewhere
cites (context) High-Energy Electroproduction and the Constitution of the Electric Current derived parts/11-qft-standard-model/18-exp-deep-inelastic.tex:381
depends_on The longitudinal structure function and $R$ declared parts/11-qft-standard-model/18-exp-deep-inelastic.tex:384
depends_on eq:expdis-F2-parton declared parts/11-qft-standard-model/18-exp-deep-inelastic.tex:384
depends_on The proton contains pointlike constituents declared parts/11-qft-standard-model/18-exp-deep-inelastic.tex:384
depends_on The longitudinal cross section is small declared parts/11-qft-standard-model/18-exp-deep-inelastic.tex:1041