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The principle of phase determination by utilizing the interference between electronic and nuclear resonance scattering is reviewed and the application to proteins is investigated in detail. Calculations of dispersion curves for myoglobin crystals show the dependence upon parameters such as the linewidth, quadrupole splitting and the Debye Waller factor. Preliminary experiments, the necessity of cooling and the rather involved source problem are discussed.
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Parak et al. (1970) studied this question.
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