Analysis of G. R. S. Latex by Light Scattering |
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13 14 Polymerization absorption absorption coefficient amplitude angle interval angular distribution angular intensity distribution angular range average curve Butadiene cell cell-window coefficient q concentration of 6.2 Cornell University correction factor density density curves density value depolarization determination diaphragm difference in refractive different polymerization dilutions element of volume emulsion equation evaluated experimental curve extrapolated F. W. Billmeyer film compartment film holder formula fractions glass cell half prisms Hours Fig INTENSITY CURVES intensity distribution curve KEY Naugutuck larger particles lateces light ray light scattering mass measured medium Naugatuck Number Naugatuck samples number of particles particle sizes particles per cc perpendicular Peter Debye photographic polarization primary beam proportional pyrex q-values record refractive index REFRACTOMETER scattered intensity scattering angle scattering curves second method shown in Fig shows slit solid angle solution solvent steps stepwedge Styrene total scattering power total transmission turbidity U. P. Strauss unit vector wave length window zero