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Calculation of Dipole Moments from Rates of Nitration of Substituted Benzenes and Its Significance for Organic Chemistry
of the Alkali Metals with Hydrogen
Advances in the Theory of Rate Processes
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activated complex activation energy activation heat adsorbed adsorption approximately argon assumed atoms barrier benzene bond butanone calc calculated from equation carbon charge Chem Chemical Chemistry coefficient concentration creep dashpot decrease degrees of freedom desorption diffusion dipole dissociation electron entropy equal equilibrium experiment Eyring factor fiber Figure flow curves flow units following equation free energy given grease Henry Eyring hydrogen increase ionic ions kcal kinetics layer liquid Maxwell unit melting membrane metals mole molecular weight molecules neighbors Newtonian units non-Newtonian obtained parameters parametric values partition function phenols Phys plotted polyisobutylene polymer polystyrene polystyrene fraction pressure properties quantity rate constant reaction relation respectively sample shear rate shown in Fig significant structures solid solid-like solution solvent stress relaxation surface Table Taikyue Ree temperature theoretical curves theory thermodynamic thixotropy tion Tobolsky toluene transition University of Utah versus viscosity volume zero