Abstract
The 6Li(γ,np) and 6Li(γ,pp) reactions have been studied using tagged photons in the range 114 < E γ < 600 MeV. Excitation functions and missing energy spectra are presented. The simple structure of 6Li and kinematical constraints are exploited to determine the relative importance of the various photoabsorption mechanisms. The genuine two-nucleon absorption can be identified up to photon energies of 500 MeV and is found to be most important at low missing energies. The 6Li(γ,np) data are well reproduced by predictions of a quasideuteron model.
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