The total photon deuteron hadronic cross section in the energy range 0.265–4.215 GeV
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Cited by (116)
Resonance nucleon scattering amplitude in the photonuclear reaction
2023, Nuclear Physics AA generator of forward neutrons for ultra-peripheral collisions: n<inf>O</inf><sup>O</sup>n
2020, Computer Physics CommunicationsSimultaneous photo-production measurement of π and η mesons on nucleons at 700-1500 MeV
2012, Progress in Particle and Nuclear PhysicsCitation Excerpt :Recent data of the GRAAL collaboration shows that the total cross sections of photoabsorption on the proton and neutron, obtained by subtracting the background using a deuterium target, practically coincide in the energy range from 700 to 1500 MeV [1]. The contradiction of this conclusion in the literature [2] encouraged us to conduct additional measurements of the total cross section by summing the partial cross sections for photoproduction of mesons. Previously this was done for the free proton [3].
Structure of the nucleon and spin-polarizabilities
2011, Nuclear Physics APolarizabilities of the nucleon and spin dependent photo-absorption
2009, Nuclear Physics AStudy of double pion photoproduction on the deuteron
2009, Physics Letters, Section B: Nuclear, Elementary Particle and High-Energy PhysicsCitation Excerpt :In those studies, the double pion photoproductions were found to be approximately isospin-independent. Therefore, the photon-absorption cross section on the deuteron, which is about twice as large as that on the proton [10–12], is understood as the sum of the contributions from the nucleons in the deuteron. The experiment was carried out at the Laboratory of Nuclear Science, Tohoku University.
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Present address: Department of Physics, Westfield College, University of London.
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Present address: Department of Physics, University of Surrey, Guildford, Surrey, England.