Abstract
The scattering from carbon nuclei of photons in the energy range 50-130 MeV has been measured by the use of a total absorption Cerenkov spectrometer in conjunction with a counter telescope. The angular range investigated was 90° to 135°. The results have been analysed by means of a simple model of nuclear charge distribution with nucleon polarizability and indicate the presence of some magnetic dipole scattering. A dispersion relation is applied to check the validity of this simple model.
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