Abstract
Measurements have been made of scattering and energy loss of electrons in the energy range 100–400 keV, by single crystal silicon foils of thickness between 3 and 190 μm. The angular dispersion is found to be slightly less than predicted by the multiple scattering theory of Goudsmit and Saunderson, the best agreement being at the highest energy. The results are discussed briefly from the point of view of the interpretation of radiation damage anisotropy and threshold experiments.
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