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The voltage dependence of the electron sensitivity of photographic emulsions is analyzed in terms of experimentally established relations between (i) track density and energy loss rate (ii) incident energy and range. It is found that the latter strongly dominates the functional sensitivity at high energies. Calculated values are compared with experimental data by Dudley. The detective quantum efficiency of standard electron microscope plates is computed as a function of energy.
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D. G. Ast (1974) studied this question.
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