Molecular Structure and Statistical Thermodynamics: Selected Papers of Kenneth S. PitzerThis book considers molecular structural information, statistical methods and thermodynamic measurements, and the ways in which the relative role of each differs from another. By putting together selected papers in a single publication, the book highlights the cohesive aspects of certain advances through time and development, and can aid historical studies. Several papers from journals not widely circulated can also be found in this selection of papers. |
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acentric factor acid activity coefficients agreement approximation atoms band basis set benzene bond cal./deg calculations calth carbon Chem Chemical cm-¹ configuration constant corresponding curves cyclohexane cyclopentane Debye-Hückel derived difference discussed dissociation effective core potentials effective potential electrolytes electrons energy levels entropy EP's equation equilibrium Ermler experimental data free energy frequencies given heat capacity hydrogen included infrared interaction internal rotation ionic strength ionization ions isobutane K. S. Pitzer kcal./mole KENNETH liquid measurements methane method methyl groups molality mole molecular molecules nonrelativistic obtained osmotic coefficient oxygen p-xylene parameters Phys potential barrier potential energy pseudo-orbitals quantum Raman relativistic effects second virial coefficient shown solid solubility solutions species spectra spin spin-orbit spinors structure symmetry Table temperature theory thermodynamic thermodynamic properties tion toluene torsional trans valence values vapor pressure vibration virial coefficient wave functions wavefunctions xylene yield