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ADP9716/T253Electromagnetic Form Factors of the Nucleon in an Improved Quark Model D. H. Lu, A. W. Thomas, and A. G. Williams Department of Physics and Mathematical PhysicsarXiv:nuclth/9706019v2 8
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Electromagnetic form factors are functions that describe how the distribution of electric charge and magnetization within a particle, such as a proton or neutron, affects its interaction with electromagnetic fields.
Typically, researchers and institutions conducting experiments that involve scattering processes or particle physics studies that relate to electromagnetic interactions are required to report electromagnetic form factors.
To fill out electromagnetic form factors, one must refer to specific experimental data which includes variables such as momentum transfer and scattering angles, then apply the appropriate mathematical models to derive the form factors.
The purpose of electromagnetic form factors is to provide a detailed understanding of the internal structure of particles and to help in the analysis of scattering experiments which test the predictions of quantum electrodynamics and other theories.
The information that must be reported includes experimental conditions, measured cross-sections, angles of scattering, and the derived values of the form factors corresponding to the particles under study.
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