Combined Flow-Mixing Power-Compensation Calorimeter and Vibrating Tube Densimeter for Measurements at Superambient Condition Vladimír HynekSandrine DegrangeJean-Pierre E. Grolier OriginalPaper Pages: 631 - 666
Ion-Interaction Approach: Pressure Effect on the Solubility of Some Minerals in Submarine Brines and Seawater Boris S. KrumgalzAvraham StarinskyKenneth S. Pitzer OriginalPaper Pages: 667 - 692
The Use of Isothermal Heat-Conduction Calorimetry in Direct Measurements of Solvent Vapor Pressure Dennis BerlingBengt JönssonGerd Olofsson OriginalPaper Pages: 693 - 710
Solid-Solute Phase Equilibria in Aqueous Solution. XI. Aqueous Solubility and Standard Gibbs Energy of Cadmium Carbonate Heinz GamsjägerWolfgang PreisPaula Brandão OriginalPaper Pages: 711 - 720
Simulation of Industrial Processes Involving Concentrated Aqueous Solutions Erich KönigsbergerGunnar Eriksson OriginalPaper Pages: 721 - 730
Aqueous Solubilities, Infinite Dilution Activity Coefficients and Octanol–Water Partition Coefficients of Tricyclic Analogs of Acyclovir W. ZielenkiewiczB. GolankiewiczM. Koźbiał OriginalPaper Pages: 731 - 745
Application of the Pitzer Model to a Weakly Associated Uni-univalent Electrolyte in Mixed Solvents: Solubility of Thallium(I) Chloride in the System TlCl + NaCl + Methanol + Water at 25°C Kean H. KhooK. Rodney FernandoRichard J. Fereday OriginalPaper Pages: 747 - 758
Calorimetric Studies on the pH Dependence in Hairpin Formation within the Human Enkephalin Enhancer Region Harry P. Hopkins Jr.David D. HamiltonCynthia T. McMurray OriginalPaper Pages: 759 - 768
Cryoscopic Studies of the Uranyl Sulfate–Water, Uranyl Nitrate–Water, and Uranyl Nitrate–Nitric Acid–Water Systems Alexander Apelblat OriginalPaper Pages: 769 - 776
Thermodynamic Properties of Aqueous Solution of 2-Isopropoxyethanol at 25°C Katsutoshi TamuraTomoko SonodaSachio Murakami OriginalPaper Pages: 777 - 789
Thermodynamic Study of the NaCl + Na2SO4 + H2O System by Emf Measurements at Four Temperatures H. R. Galleguillos-CastroF. Hernández-LuisM.A. Esteso OriginalPaper Pages: 791 - 807
