Charles A. Kraus
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Most Influential Person Across History
American chemist
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Chemistry
Charles A. Kraus's Degrees
- PhD Chemistry University of California, Berkeley
- Bachelors Chemistry University of California, Berkeley
Why Is Charles A. Kraus Influential?
(Suggest an Edit or Addition)According to Wikipedia, Charles August Kraus was an American chemist. He was professor of chemistry and director of the chemical laboratories at Clark University, where he directed the Chemical Warfare Service during World War I.
Charles A. Kraus's Published Works
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Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- Properties of Electrolytic Solutions. IV. The Conductance Minimum and the Formation of Triple Ions Due to the Action of Coulomb Forces1 (1933) (340)
- Some Unusual Hydrates of Quaternary Ammonium Salts (1940) (195)
- Properties of Electrolytic Solutions. III. The Dissociation Constant (1933) (168)
- Properties of Electrolytic Solutions. II. The Evaluations of Λ0and of K for Incompletely Dissociated Electrolytes (1933) (161)
- Properties of Electrolytic Solutions. I. Conductance as Influenced by the Dielectric Constant of the Solvent Medium1 (1933) (138)
- The Ion-Pair Concept, Its Evolution and Some Applications. (1956) (117)
- SOLUTIONS OF METALS IN NON-METALLIC SOLVENTS; I. GENERAL PROPERTIES OF SOLUTIONS OF METALS IN LIQUID AMMONIA. (1907) (89)
- SOLUTIONS OF METALS IN NON-METALLIC SOLVENTS; IV.1 MATERIAL EFFECTS ACCOMPANYING THE PASSAGE OF AN ELECTRICAL CURRENT THROUGH SOLUTIONS OF METALS IN LIQUID AMMONIA. MIGRATION EXPERIMENTS. (1908) (89)
- Properties of Electrolytic Solutions. XXIX. The Conductance of Some Electrolytes in Nitrobenzene at 25°1 (1947) (88)
- Properties of Electrolytic Solutions. XLVII. Conductance of Some Quaternary Ammonium and Other Salts in Water at Low Concentration1 (1951) (86)
- SOLUTIONS OF METALS IN NON-METALLIC SOLVENTS. VI. THE CONDUCTANCE OF THE ALKALI METALS IN LIQUID AMMONIA.3 (1921) (68)
- A GENERAL RELATION BETWEEN THE CONCENTRATION AND THE CONDUCTANCE OF IONIZED SUBSTANCES IN VARIOUS SOLVENTS. (1913) (67)
- CHEMISTRY OF THE TRIMETHYLTIN GROUP (1925) (63)
- Properties of electrolytic solutions; the conductance of some salts in acetone at 25 degrees. (1948) (59)
- Properties of Electrolytic Solutions. XXVIII. Conductance of Some Salts in Nitrobenzene at 25°1 (1947) (52)
- SOME PHENYLGERMANIUM DERIVATIVES (1927) (41)
- Ionic Association. II. Several Salts in Dioxane-Water Mixtures (1957) (40)
- Properties of Electrolytic Solutions. LIII. Molecular Weight of Salts in Benzene by the Cryoscopic Method1 (1951) (39)
- ALIPHATIC GERMANIUM DERIVATIVES. I. TRIETHYLGERMANIUM COMPOUNDS; SOME OF THEIR PROPERTIES AND REACTIONS (1932) (37)
- Properties of electrolytic solutions. XVIII. Molecular polarisations and polar moments of some electrolytes in benzene solutions (1936) (37)
- Properties of Electrolytic Solutions. XV. Thermodynamic Properties of Very Weak Electrolytes (1935) (36)
- The Chemistry of the Triethylsilicyl Group (1934) (36)
- The Present State of Academic Research: The Priestley medalist for 1950 feels that scientific research occupies the number one spot in importance among human activities and calls attention to the failures in supporting adequate research programs (1950) (36)
- A STUDY OF THE CONDUCTION PROCESS IN ORDINARY SODA-LIME GLASS (1922) (35)
- THE CONSTITUTION OF METALLIC SUBSTANCES (1922) (35)
- Fragments of chemistry. 10. Physical properties of metal solutions (1953) (32)
- Studies Relating to Boron. V. Chemistry of the Dibutylboron Group1 (1952) (32)
- Properties of Electrolytic Solutions. X. The Freezing Point of Solutions of an Electrolyte in a Non-Polar Solvent (1934) (32)
- Properties of Electrolytic Solutions. XXXIX. Conductance of Several Salts in Ammonia at -34° by a Precision Method (1949) (29)
- Properties of Electrolytic Solutions. IX. Conductance of Some Salts in Benzene (1933) (29)
- Properties of Electrolytic Solutions. LII. Conductance of Some Salts of Acetone (1951) (28)
- THE DIMETHYLTIN GROUP AND SOME OF ITS REACTIONS (1925) (28)
- SOLUTION OF METALS IN NON-METALLIC SOLVENTS; II.1 ON THE FORMATION OF COMPOUNDS BETWEEN METALS AND AMMONIA. (1908) (26)
- The Isolation and the Properties of Some Electropositive Groups and Their Bearing on the Problem of the Metallic State (1913) (26)
- Properties of Electrolytic Solutions. XLVIII. Conductance of Some Long Chain Salts in Water at 25°1 (1951) (25)
- THE REDUCTION OF METALS FROM THEIR SALTS BY MEANS OF OTHER METALS IN LIQUID AMMONIA SOLUTION (24)
- THE POTENTIAL OF THE SODIUM ELECTRODE. (1910) (24)
- THE DENSITY OF SOLUTIONS OF SODIUM IN LIQUID AMMONIA (1927) (24)
- SOLUTIONS OF METALS IN NON-METALLIC SOLVENTS. V. THE ELECTROMOTIVE FORCE OF CONCENTRATION CELLS OF SOLUTIONS OF SODIUM IN LIQUID AMMONIA AND THE RELATIVE SPEED OF THE IONS IN THESE SOLUTIONS. (1914) (24)
- STUDIES RELATING TO BORON. I. REACTION OF BORON TRIFLUORIDE WITH AMMONIA AND ALKYLAMINES (1929) (23)
- Studies Relating to Boron. IV. n-Butylboron Chlorides1 (1952) (23)
- THE PREPARATION AND PROPERTIES OF TRIMETHYLSTANNANE (1922) (23)
- REACTIONS OF COMPOUNDS OF TRIPHENYLMETHYL AND TRIPHENYLSILICYL IN LIQUID AMMONIA (1925) (23)
- Compounds of Germanium and Hydrogen: Some of their Reactions and Derivatives. I. Preparation of Monogermane. II. Sodium Trihydrogermanides (1934) (22)
- Electrolytes: from Dilute Solutions to Fused Salts (1954) (22)
- THE RESISTANCE-TEMPERATURE COEFFICIENT OF CONCENTRATED SOLUTIONS OF SODIUM IN LIQUID AMMONIA (1922) (22)
- STUDIES RELATING TO METALLO-ORGANIC COMPOUNDS. I. INTRODUCTION. II. THE EQUIVALENT CONDUCTANCE OF TRIMETHYLSTANNYL CHLORIDE IN ETHYL ALCOHOL (1923) (21)
- STUDIES RELATING TO ORGANIC GERMANIUM DERIVATIVES. IV. DIPHENYL GERMANIUM AND OCTAPHENYL GERMANOPROPANE (1930) (21)
- Properties of Electrolytic Solutions. XXXI. Conductance of Some Electrolytes in Pyridine at 25°1 (1948) (21)
- Trimethyl Gallium, Trimethyl Gallium Etherate and Trimethyl Gallium Ammine. (1933) (21)
- Properties of Electrolytic Solutions. XVII. The Conductance of Some Salts in Benzene and Dioxane (1936) (21)
- The present state of the electrolyte problem (1958) (21)
- Properties of Electrolytic Solutions. XLV. Conductance of Some Salts in Benzene at Higher Concentrations1 (1950) (20)
- Solutions of metals in non-metallic solvents; Some of their physical and chemical properties chemical properties (1931) (20)
- Properties of Electrolytic Solutions. XIV. The Dielectric Constant of Some Solutions of Electrolytes in Benzene1 (1934) (20)
- Properties of Electrolytic Solutions. XXVII. The Conductance of Several Quaternary Ammonium Salts in Ethylene Chloride at 25°1 (1947) (20)
- STUDIES RELATING TO ALKYL TIN COMPOUNDS. III. SOME PROPERTIES OF TRIMETHYL TIN HYDROXIDE (1929) (20)
- Properties of Electrolytic Solutions. XXXVI. Effect of Addition Agents on the Conductance of Long Chain Salts (1949) (20)
- COMPOUNDS OF GERMANIUM AND HYDROGEN. III. MONOALKYLGERMANES. IV. POTASSIUM GERMANYL. V. ELECTROLYSIS OF SODIUM GERMANYL (1950) (19)
- Properties of Electrolytic Solutions. XXXIV. Conductance of Some Long Chain Electrolytes in Methanol—Water Mixtures at 25°1 (1948) (19)
- Properties of electrolytic solutions; conductance of some long chain salts in methanol-water mixtures. (1948) (19)
- Properties of Electrolytic Solutions. XIII. Freezing Points of Solutions in Benzene1 (1934) (18)
- SOLUTIONS OF METALS IN NON-METALLIC SOLVENTS; III.1THE APPARENT MOLECULAR WEIGHT OF SODIUM DISSOLVED IN LIQUID AMMONIA. (1908) (18)
- Properties of Electrolytic Solutions. XLIX. Conductance of Some Salts in Water at 25°1 (1951) (18)
- Quaternary Ammonium Salts with Anions Containing Triphenylboron (1940) (17)
- Properties of electrolytic solutions, XIX. Conductance of mixed electrolytes in ethylene chloride. Tetrabutyl- and tetramethyl-ammonium picrates (1936) (17)
- THE COMPOSITION OF THE LIQUID PHASES IN A MONOVARIANT SYSTEM, LIQUID-LIQUID-VAPOR, FOR MIXTURES OF SODIUM AND AMMONIA (1922) (17)
- Properties of Electrolytic Solutions. XII. The Influence of Temperature on the Conductance of Electrolytes in Anisole1 (1934) (17)
- Chemistry of the Tris-(triphenylgermanyl)-silyl Group1 (1950) (16)
- THE NATURE OF THE COMPLEXES FORMED BETWEEN SODIUM AND TELLURIUM IN LIQUID AMMONIA (1922) (16)
- REACTIONS OF STRONGLY ELECTROPOSITIVE METALS WITH ORGANIC SUBSTANCES IN LIQUID AMMONIA SOLUTION. I. PRELIMINARY INVESTIGATIONS (1923) (16)
- Properties of electrolytic solutions. XVI. Conductance of electrolytes in anisole, ethylene bromide, and ethylene chloride at 25° (1935) (16)
- Further Studies of the Oxides of Potassium (1934) (16)
- Reaction of Germanes. I. With Alkali Metals and Amides. II. Polyalkylgermanes. III. Phenyl Bromide and Sodium Germanyl1 (1950) (16)
- THE ASSOCIATION OF IONS IN DIOXANE-WATER MIXTURES AT 25 degrees. (1955) (16)
- Properties of Electrolytic Solutions. XXIV. Conductance of Some Substituted Ammonium Salts in Ethylene Chloride1 (1947) (16)
- NON-AQUEOUS SOLUTIONS. (1939) (16)
- STUDIES RELATING TO ALKYL TIN COMPOUNDS. I. SOME STANNOETHANES. II. TRIMETHYLBENZYL STANNANE (1926) (16)
- Properties of Electrolytic Solutions. VI. Conductance of Sodium Triphenylstannide, Sodium Triphenylgermanide and Sodium Triphenylmethide in Liquid Ammonia1 (1933) (15)
- STUDIES RELATING TO ORGANIC GERMANIUM DERIVATIVES. II. SOME TRIPHENYL GERMANIUM DERIVATIVES AND THEIR REACTIONS (15)
- STUDIES RELATING TO METHYL TIN DERIVATIVES. V. ACTION OF SODIUM TRIMETHYL TIN ON METHYLENE CHLORIDE (1930) (14)
- SOME INTERACTIONS IN SOLUTIONS OF ELECTROLYTES (1949) (14)
- STUDIES RELATING TO ORGANIC GERMANIUM DERIVATIVES. III. DIPHENYL GERMANIUM DIHALIDES AND DIPHENYL GERMANIUM IMINE (1930) (14)
- THE CONSTITUTION OF TRIPHENYLSILICANE AND ITS REACTION WITH SODIUM IN LIQUID AMMONIA1 (1929) (14)
- REACTIONS OF STRONGLY ELECTROPOSITIVE METALS WITH ORGANIC SUBSTANCES IN LIQUID AMMONIA SOLUTION. IV. ACTION OF THE ALKALI METALS ON TRIPHENYLMETHYL AND ITS COMPOUNDS (1923) (13)
- Liquid Mixtures of Tellurium and Sodium Telluride. I. Specific Resistance as a Function of Compostion and Temperature (13)
- Properties of Electrolytic Solutions. L. Effect of Substituent Groups on the Properties of Long Chain Ions1 (1951) (13)
- The Action of Sodium upon Trimethylgallium and Dimethylgallium Chloride in Liquid Ammonia (1933) (12)
- Properties of Electrolytic Solutions. XLVI. Conductance of Long Chain Salts at Low Concentration in Water1 (1950) (12)
- Studies Relating to Organic Germanium Derivatives. VI. Reactions of Sodium Triphenylgermanide with Organic Polyhalides in Liquid Ammonia and Diethyl Ether1 (1952) (12)
- Properties of Electrolytic Solutions. XXX. Conductance of Some Inorganic and Organic Electrolytes in Pyridine at 25°1 (1947) (12)
- The Conductance of Solutions of Salts in Orthodichlorobenzene. (1953) (12)
- The present status of the theory of electrolytes (1938) (12)
- Triphenylsilicyl Ethylammine (C6H5)3Si·C2H5NH2 (1933) (11)
- THE RESISTANCE-TEMPERATURE COEFFICIENT OF CONCENTRATED SOLUTIONS OF POTASSIUM IN LIQUID AMMONIA AND THE SPECIFIC CONDUCTANCE OF SOLUTIONS OF POTASSIUM IN LIQUID AMMONIA AT INTERMEDIATE CONCENTRATIONS (1923) (11)
- Properties of Electrolytic Solutions. XXII. Conductance of Ethylene Dichloride Solutions of Some Quaternary Ammonium Salts Having Large Negative Ions1 (1940) (11)
- The Association Constants of Several Carboxylic Acids in Benzene as Determined Cryoscopically (1951) (11)
- The Reactions of Sodium Triphenylstannide with Polyhalogenated Methanes (1933) (11)
- Solutions of electrolytes in non-aqueous solvents (1938) (10)
- STUDIES RELATING TO METALLO-ORGANIC COMPOUNDS. III. COMPOUNDS FORMED BETWEEN ALKYL TIN HALIDES AND AMMONIA AND THE AMINES (1923) (10)
- Properties of Electrolytic Solutions. XL. Conductance of Aluminum Bromide in Several Solvents and of Methylaluminum Bromides in Methyl Bromide (1949) (10)
- STUDIES RELATING TO METHYL TIN DERIVATIVES. I. INTRODUCTION. II. ACTION OF ZINC ON TRIMETHYL TIN BROMIDE. III. TRIMETHYL TIN PHENOLATE. IV. DECAMETHYLSTANNOBUTANE (1929) (10)
- Properties of Electrolytic Solutions. XLIV. Conductance of Some Long Chain Salts in Ethylene Chloride, Pyridine and Nitrobenzene at 25° (1949) (10)
- THE CALIBRATION OF CELLS FOR CONDUCTANCE MEASUREMENTS (1922) (10)
- STUDIES RELATING TO ORGANIC GERMANIUM DERIVATIVES. V. REACTION OF SODIUM TRIPHENYL GERMANIDE WITH HALOGENATED METHANES IN LIQUID AMMONIA (1932) (10)
- Properties of Electrolytic Solutions. XXVI. The Conductance of Some Onium Type Salts in Ethylene Chloride at 25°1 (1947) (10)
- Properties of Electrolytic Solutions. XXXVIII. The Distribution of Hexadecylpyridonium Chloride between Water and Nitrobenzene at 25 (1949) (9)
- Properties of Electrolytic Solutions. XLII. Conductance of Aluminum Bromide in Nitrobenzene on Addition of Dimethyl Ether at 25 (1949) (9)
- Properties of Electrolytic Solutions. LI. Conductance of Some Salts in Ethylene Chloride and Pyridine (1951) (9)
- Properties of Electrolytic Solutions. XX. Freezing Points of Solutions of Electrolytes in Benzene1 (1937) (8)
- STUDIES RELATING TO BORON. II. ACTION OF LITHIUM ON ETHYLAMMINO BORON TRIFLUORIDE (1930) (8)
- Studies Relating to Boron. III. Some Reactions of the Aliphatic Boranes with Alkali Metals in Liquid Ammonia and Ethylamine1 (1951) (8)
- A STUDY OF THE PROPERTIES OF THE SYSTEM LITHIUM CHLORATE-WATER. I. INTRODUCTION. II. PHASE RELATIONS (1927) (7)
- THE RATES OF REACTION BETWEEN ALKYL HALIDES AND TERTIARY AMINES AS DETERMINED CONDUCTOMETRICALLY. (1954) (7)
- Properties of Electrolytic Solutions. VII. Conductance of Sodium Trimethylstannide and of the Sodium Salts of Certain Phenols and Thiols in Liquid Ammonia (1933) (7)
- STUDIES RELATING TO METALLO-ORGANIC COMPOUNDS. IV. THE CONDUCTANCE OF TRIMETHYL STANNYL CHLORIDE IN MIXED SOLVENTS (1923) (7)
- Liquid Mixtures of Tellurium and Sodium Telluride. II. Phase Diagram of the System Te-Na2-Te (7)
- Non–Coulombic Interactions in Solutions of Electrolytes. (1939) (7)
- Preparation of Some Derivatives of Triphenylgermanium by Means of Sodium Triphenylgermanide (1933) (7)
- The Dielectric Properties of Solutions of Electrolytes in a Non-Polar Solvent. (1933) (7)
- THE SO-CALLED “METAL AMMONIUMS.” THE VAPOR PRESSURES OF SOLUTIONS OF LITHIUM IN LIQUID AMMONIA (1925) (6)
- Properties of Electrolytic Solutions. V. The Conductance of Some Amido Salts in Liquid Ammonia1 (1933) (6)
- Chlorination Products of Trimethyl Gallium. (1933) (6)
- The properties of electrically conducting systems : including electrolytes and metals (6)
- EQUILIBRIA IN SYSTEMS INVOLVING CALCIUM, HYDROGEN AND NITROGEN (1923) (6)
- Preparation of Methylaluminum Chlorides (1938) (6)
- Properties of Electrolytic Solutions. VIII. Conductance of Some Ternary Salts in Liquid Ammonia (1933) (6)
- Properties of Electrolytic Solutions. LIV. The Conductance and Molecular Weight of Some Salts in Benzene at Higher Concentrations1 (1951) (6)
- The Influence of Salts on the Solubility of Other Salts in Non-aqueous Solvents (6)
- Properties of Electrolytic Solutions. XLI. Conductance of Aluminum Bromides in Methyl Bromide on Addition of Dimethyl Ether (1949) (6)
- The Extraction of Germanium and Gallium from Germanite. I. The Removal of Germanium by the Distillation of Germanous Sulfide (1935) (5)
- The Electrical Conductivity of Tellurium and of Liquid Mixtures of Tellurium and Sulphur (5)
- THE ION-PAIR EQUILIBRIUM OF ELECTROLYTE SOLUTIONS IN DIOXANE-WATER MIXTURES. (1955) (5)
- DEVIATION OF AQUEOUS ELECTROLYTE SOLUTIONS FROM ONSAGER'S EQUATION. (1954) (5)
- THE EQUILIBRIUM IN LIQUID MIXTURES OF AMMONIA AND XYLENE (1922) (5)
- Non-aqueous Reduction Reactions. (1931) (5)
- THE RADICAL THEORY IN MODERN CHEMISTRY1 (1924) (5)
- Dielectric Behavior of Solutions of Electrolytes in Solvents of Low Dielectric Constant. II. Dielectric Absorption (1947) (5)
- Dielectric Behavior of Solutions of Electrolytes in Solvents of Low Dielectric Constant I. A Calorimetric Method for Measuring Losses (1947) (4)
- STUDIES RELATING TO METHYL TIN DERIVATIVES. VI. THE REACTION BETWEEN CHLOROFORM AND SODIUM TRIMETHYL STANNIDE IN LIQUID AMMONIA (1930) (4)
- Conductance and Viscosity of Concentrated Aqueous Salt Solutions at 50.5 degrees. (1953) (4)
- COMPOUNDS FORMED BETWEEN TRIMETHYLTIN HYDROXIDE AND TRIMETHYLTIN HALIDES (1925) (4)
- Conductance of Solutions of Salts in Bromine. (1952) (4)
- GHOSH'S THEORY OF ELECTROLYTIC SOLUTIONS. (1921) (3)
- THE CONDUCTANCE OF SODIUM IODIDE IN AMYL ALCOHOL AT VERY LOW CONCENTRATIONS (1922) (3)
- Properties of Electrolytic Solutions. XLIII. Effect of Ammonia and Water on the Conductance of Lithium, Sodium and Silver Ions in Pyridine at 25° (1949) (3)
- The in-organic side of organic chemistry (1929) (3)
- Properties of Electrolytic Solutions. XXI. The Conductance of Tributylammonium Picrate in Ethylene Chloride at 25o (1939) (3)
- Reactions and Reagents in Liquid Ammonia. (1940) (3)
- PHASE RELATIONS IN THE SYSTEM, SODIUM AMIDE-POTASSIUM AMIDE, AS DETERMINED FROM MELTING-POINT CURVES (1923) (3)
- The Viscosity and the Conductance-Viscosity Product of Electrolyte Solutions in Bromine. (1953) (3)
- The Properties of Electrolytes as Related to Their Constitution (1934) (3)
- ION ASSOCIATION IN AQUEOUS SOLUTIONS OF 1-1 ELECTROLYTES AT 25 degrees. (1956) (3)
- PHASE RELATIONS IN SYSTEMS COMPRISING BROMINE AND QUATERNARY AND TERNARY ALKYL AMMONIUM BROMIDES OR CHLORIDES. (1956) (2)
- A STUDY OF THE OXIDES OF POTASSIUM AND SODIUM (1926) (2)
- THE FUOSS-ONSAGER CONDUCTANCE EQUATION AT HIGH CONCENTRATIONS. (1959) (2)
- A HITHERTO UNOBSERVED PHENOMENON IN SOLUTIONS OF LONG-CHAIN SALTS IN METHANOL-WATER MIXTURES (1946) (2)
- The Electrical Conductivity of Solutions in Methyl Alcohol in the Neighbor-Hood of their Critical Point. I (2)
- Properties of electrolytic solutions; conductance of some long chain salts in ethylene chloride and nitrobenzene at 25 degrees. (1948) (2)
- The Evolution of the American Graduate School (1951) (2)
- CONDUCTANCE, VISCOSITY, AND VAPOR DENSITY FOR SEVERAL SALTS IN BROMINE AT 25 degrees. (1956) (2)
- The Molecular Weight of Some Long Chain Salts in Benzene by the Cryoscopic Method. (1953) (2)
- The Solubility of the Dimethyletherate of Aluminum Bromide in Methyl Bromide in the Presence of Saturated Hydrocarbons. (1953) (2)
- Fragments of chemistry. 9. Equilibria between metals and salts (1953) (2)
- Experimental Determination of the Heat of Volatilization of Liquid Ammonia at Its Boiling-Point (2)
- STUDIES RELATING TO ALKYL TIN COMPOUNDS. IV. PROPERTIES OF THE COMPLEX HYDROXY BROMIDE, [(CH3)3SnOH]2·(CH3)3SnBr (1930) (2)
- The chemistry of organometallic compounds. (1949) (2)
- Properties of Electrolytic Solutions. XXXVII. The Conductance of Some Long Chain Salts in Acetone--Water Mixtures (1949) (2)
- MERCURY VAPOR PUMPS FOR OPERATING AGAINST HIGH PRESSURES. (1917) (2)
- AN IMPROVED STILL FOR PRODUCING PURE WATER (1922) (2)
- The present state of the problem of electrolytic solutions (1935) (2)
- The Behavior of Micellar Electrolytes in the Neighborhood of the Critical Concentration. (1953) (2)
- Training chemists for the industries (1929) (2)
- ON THE RELATION BETWEEN THE CONDUCTANCE AND THE VISCOSITY OF ELECTROLYTIC SOLUTIONS AND ITS BEARING ON THE THEORY OF THESE SOLUTIONS. (1)
- A Study of Interactions between Dipole Molecules in Benzene Solution by a Cryoscopic Method1 (1952) (1)
- Josiah Willard Gibbs (1839–1903) (1939) (1)
- On Electrolytes in Media of Low Dielectric Constant (1934) (1)
- Fragments of chemistry. 2. Hydrides of germanium (1952) (1)
- THE CONDUCTANCE OF SOLUTIONS OF SALTS IN PHENOL AT 50 (1922) (1)
- Fragments of chemistry. 8. Gallium (1952) (1)
- Nature of Electronide and Spinide Solutions of Alkali Metals in Liquid Ammonia and Similar Solvents (1965) (1)
- IV. DIVISION OF CHEMISTRY AND CHEMICAL TECHNOLOGY. (1933) (1)
- The Temperature Coefficient of Resistance of Metals at Constant Volume and its Bearing on the Theory of Metallic Conduction (1914) (1)
- MECHANISMS UNDERLYING THE EQUILIBRIUM REACTIONS BETWEEN IONS AND ION-PAIRS IN SOLUTIONS OF ELECTROLYTES, II. THE EFFECT OF TEMPERATURE. (1963) (1)
- The amphoteric elements and their derivatives: Some of their physical and chemical properties (1931) (1)
- THE ASSOCIATION OF IONS IN DIOXANE-WATER MIXTURES AT W (0)
- THE MOLECULAR WEIGHT OF THE SODIUM-TELLURIUM COMPLEX IN LIQUID AMMONIA AS DERIVED FROM VAPOR-PRESSURE MEASUREMENTS (1922) (0)
- MECHANISMS UNDERLYING THE EQUILIBRIUM REACTIONS BETWEEN IONS AND ION-PAIRS IN SOLUTIONS OF ELECTROLYTES, I. SOLUTIONS IN p-XYLENE AT 52 degrees C AND BENZENE AT 25 degrees C. (1962) (0)
- SECTION OF PHYSICS AND CHEMISTRY: SOME RECENT MEASUREMENTS OF THE CONDUCTANCE OF DILUTE, AQUEOUS ELECTROLYTE SOLUTIONS* (1950) (0)
- JOSIAH WILLARD GIBBS. (1939) (0)
- THE EQUILIBRIUM IN MIXTURES OF BINARY ELECTROLYTES. (1921) (0)
- Fragments of chemistry. 7. Boron (1952) (0)
- Josiah Willard Givvs (Wheeler, Lynde Phelps) (1952) (0)
- The Extended Onsager Equation. (1951) (0)
- THE FUOSS-ONSAGER CONDUCTANCE EQUATION AT HIGH CONCENTRATIONS (1959) (0)
- THE FORM OF THE CONDUCTANCE FUNCTION IN DILUTE SOLUTIONS. (0)
- The influence of electrolytes on the solubility of other electrolytes in non-aqueous solvents (0)
- THE CONDUCTANCE OF SOLUTIONS OF TERNARY ELECTROLYTES IN PROPYL ALCOHOL. (1921) (0)
- Fragments of chemistry. 1. Reaction of potassium amide with aliphatic polyhalides in liquid ammonia (1952) (0)
- An Introduction to the Principles of Physical Chemistry (1916) (0)
- INVESTIGATION RELATING TO THE CHEMISTRY OF URANIUM (1946) (0)
- Important Advances in the Medical Field Reported at American Chemical Convention (1950) (0)
- Fragments of Chemistry. 3. Silicon, germanium, and tin (1952) (0)
- English and Society (McDonald, Philip B.) (0)
- INVESTIGATIONS RELATING TO THE CHEMISTRY OF URANIUM. PART II. INVESTIGATIONS RELATING TO THE USE OF POLYETHERS AS EXTRACTION AGENTS. Report for the Period May 1, 1944-March 15, 1946 (1946) (0)
- The college and the university (1929) (0)
- THE EXTRAPOLATION OF CONDUCTIVITY DATA TO ZERO CONCENTRATION. A REPLY. (1920) (0)
- RADICALS AS CHEMICAL INDIVIDUALS (1927) (0)
- Norris Watson Rakestraw (1940) (0)
- Additions and Corrections-Chemistry of the Tris-(triphenylgermanyl)-silyl Group (1951) (0)
- Quaternary ammonium salts with anions containing triphenylboron ; Properties of electrolytic solutions, XXII. conductance of ethylene dichloride solutions of some quaternary ammonium salts having large negative ions (1940) (0)
- The future of science in America; an address delivered on Founder's day, February 1, 1917, by Charles A. Kraus ... (0)
- Preliminary note on the broadening of sodium lines by intense magnetic fields (1897) (0)
- The Extraction of Germanium and Gallium from Germanite. II. The Acid Extraction of Gallium (1935) (0)
- THE' ION-PAIR EQUILIBRIUMiI OF ELECTROLYTE SOLUTIONS IN DIOXANE-WA TER MIXTURES (0)
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