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Electromagnetic Theory of the Scattering of Light in Fluids
The Molecular Scattering of Light in Vapours and in Liquids and
The Molecular Scattering of Light in Benzene Vapour and Liquid
7 other sections not shown
absorption air movement angle anisotropy atmosphere Augustia benzene blue bulb C. V. Raman calculated Calcutta Calcutta University carbon dioxide cent co-efficient colour compressibility critical opalescence critical point critical temperature cylinder Density scattering dielectric constant direction double-image prism earth effect Einstein Einstein-Smoluchowski formula electric intensity energy entropy experimental expression fluctuations of density fluid given glass imperfection of polarisation incident beam incident light intensity of scattering isotropic molecules K. R. Ramanathan late Lord Rayleigh law of scattering light scattered light-scattering liquid ether luminosity medium mixture Molecular Diffraction molecular scattering number of molecules obeying Boyle's law opalescence orientation-scattering paper phase photographic albedo polarization pressure primary wave Proc radiation random ratio Rayleigh law refractive index saturated vapour scattered waves scattering of light scattering power specimens substance surface Table theory thunderstorm transversely scattered light Trivandrum unit volume values visual wave-length weak component Western Ghats