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FranckCondon Factors and rCentroids for the A
Spectroscopic Determination of Latex Particle Sizes
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A-X system arithmetic mean Bragg reflection calculated cell classical turning points Colloid and Interface column of Table computed determined diameter dilution dispersed latex dissociation limit Dow Chemical's dried latex effective potentials effective volume fraction electronic transition FCF values FCF's and r-centroids flat window Franck-Condon Factors Fujioka function G-L equation goniometer Hachisu hard sphere indicates Institute for Optical integration Interface Science interstellar cloud K.N. Rao Korteweg-de Vries equation Kose Krieger Kyoiku University largest or smallest lattice constant measured molecular constants monodisperse latex Morse potential oG(v Optical Research ordered structure particle size particle sizes Phys plot polystyrene potential curve pyrex r-centroid approximation r-centroid values reflectivity curves refractive index relative intensities RKR potential rotational Rx(x Rxx(x satisfy the conditions scattering short-range order shown in Fig solution Spectrosc Spectroscopic intensity curves spectroscopic method Takano Tokyo University University of Education upper and lower versus vibrational level vibrational wavefunctions vibronic interaction Wadati wavelength