Properties for the spectral parameters of intermolecular vibrations obtained using Raman scattering of light in dilute aqueous solutions of hydrogen peroxide and in the water

The spectra of Raman scattering (in the region 4-350 cm -1 ) dilute aqueous solutions hydrogen peroxide in a wide range concentrations (from 3 to 0.024%), were measured. spectral parameters high-frequency band intermolecular (longitudinal) vibrations, obtained using previously proposed approximating function, analyzed. To do this, (for each experiment) plotted on diagram which abscissa axis is square width, and ordinate frequency. Previously, it was shown that such coordinates water points are located two regions separated by an inclined strip, (frequency gap) practically absent. For with concentration from 0.33%, all grouped near straight line them below this frequency gap. series extended 0.024%, scatter increases, but also most Of rest points, several edge gap, some inside gap remains. It has been suggested presence due fact liquid phase molecules bound four neighbors, while remaining smaller number neighbors. Keywords: scattering, peroxide, water, band, inhomogeneous distribution, destruction states.