Abstract
A method is described in which the spectral density for the motions of hydrogen in H 2O at room temperature is derived. An iterative procedure is used starting from measured partial differential neutron cross-section measurements. Raman and infra-red data are used in regions where the neutron data are poor or non-existent. The total neutron scattering cross section for water as a function of energy is calculated and shown to agree with experiment.
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