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Viscosity Term in Debye Equatiton
Barrier to Internal Rotation and Eyring Equation
Barrier to Internal Rotation in Diphenyl Ether
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absorption peak analysis angles of rotation assumption barrier height benzophenone bond moments bromides C-Cl bond C. A. Coulson C. P. Smyth calculated carbon number carbon tetrachloride Chapter Chem chlorobenzene circular arc Cole-Cole method Cole-Cole's complex plane component conclusion configuration conjugation considered coplanar coplanar structure cos2 critical wavelength curve cyclohexane Debye equation Debye's Dewar dielectric constant dielectric relaxation diphenyl ether dipole moments distance distribution function double-bond character ellipse estimated experimental Eyring equation Faraday Soc Fischer free rotation Frohlich Higasi hybridization hyperconjugation interconversion internal rotation Kalman kcal kcal/mole L. E. Sutton liquid locus magnitude measured mesomeric effect mesomeric moments microscopic viscosity molecular structure Morino Morino's model Nujol observed obtained overall rotation oxygen oxygen atom oxygen valency angle parameter perpendicular phenyl groups Phys plot polar position Professor protons ratio relation repulsive energy result solute steric substance Table tanh tion Uyeo valid values vinyl chloride viscosity