Arthur Amos Noyes
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Most Influential Person Across History
American chemist
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Chemistry
Why Is Arthur Amos Noyes Influential?
(Suggest an Edit or Addition)According to Wikipedia, Arthur Amos Noyes was an American chemist, inventor and educator, born in Newburyport, Massachusetts, son of Amos and Anna Page Noyes, née Andrews. He received a PhD in 1890 from Leipzig University under the guidance of Wilhelm Ostwald.
Arthur Amos Noyes's Published Works
Number of citations in a given year to any of this author's works
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
- The rate of solution of solid substances in their own solutions (1897) (1651)
- National Research Council (583)
- A System of Qualitative Analysis for the Rare Elements (53)
- Argentic Salts in Acid Solution. V. Oxidation Potentials, Equilibria with Higher Silver Oxides, and Formation of Nitrate Complexes1 (1937) (42)
- THE INTER-IONIC ATTRACTION THEORY OF IONIZED SOLUTES VI. THE IONIZATION AND IONIZATION CONSTANTS OF MODERATELY IONIZED ACIDS (1926) (33)
- Argentic Salts in Acid Solution. I. The Oxidation and Reduction Reactions (1935) (32)
- Strong Oxidizing Agents in Nitric Acid Solution. III. Oxidation Potential of Cobaltous-Cobaltic Salts, with a Note on the Kinetics of the Reduction of Cobaltic Salts by Water1 (1937) (31)
- Argentic Salts in Acid Solution. III. Oxidation Potential of Argentous—Argentic Salts in Nitric Acid Solution (1935) (27)
- Argentic Salts in Acid Solution. II. The Oxidation State of Argentic Salts (1935) (27)
- Argentic Salts in Acid Solution. IV. The Kinetics of the Reduction by Water and the Formation by Ozone of Argentic Silver in Nitric Acid Solution1 (1937) (25)
- THE HYDROLYSIS OF AMMONIUM ACETATE AND THE IONIZATION OF WATER AT HIGH TEMPERATURES. (1910) (24)
- Strong Oxidizing Agents in Nitric Acid Solution. I. Oxidation Potential of Cerous—Ceric Salts (1936) (21)
- THE CONDUCTIVITY AND IONIZATION OF SALTS, ACIDS, AND BASES IN AQUEOUS SOLUTIONS AT HIGH TEMPERATURES. (1908) (20)
- THE PROPERTIES OF SALT SOLUTIONS IN RELATION TO THE IONIC THEORY. III. ELECTRICAL CONDUCTANCE. (1912) (17)
- THE CONDUCTIVITY AND IONIZATION OF POLYIONIC SALTS. (1909) (16)
- THE POTENTIALS OF THE BISMUTH-BISMUTHOXYCHLORIDE AND THE COPPER-CUPROUS-CHLORIDE ELECTRODES. (1918) (16)
- THE INTER-IONIC ATTRACTION THEORY OF IONIZED SOLUTES. I. CRITICAL PRESENTATION OF THE THEORY (1924) (14)
- The Thermal Ionization of Gaseous Elements at High Temperatures: A Confirmation of the Saha Theory. (1922) (14)
- THE ELECTRICAL CONDUCTIVITY OF AQUEOUS SOLUTIONS AT HIGH TEMPERATURES. 1.—DESCRIPTION OF THE APPARATUS. RESULTS WITH SODIUM AND POTASSIUM CHLORIDE UP TO 306°. (14)
- QUANTITATIVE APPLICATION OF THE THEORY OF INDICATORS TO VOLUMETRIC ANALYSIS. (1910) (12)
- THE PROPERTIES OF SALT SOLUTIONS IN RELATION TO THE IONIC THEORY. II. ELECTRICAL TRANSFERENCE NUMBERS. (1911) (12)
- The Ionization and Activity of Largely Ionized Substances. (1920) (11)
- THE SOLUBILITY EQUILIBRIUM BETWEEN SILVER CHLORIDE, SILVER OXIDE, AND SOLUTIONS OF POTASSIUM CHLORIDE AND HYDROXIDE. (1902) (11)
- THE TRAINING OF TECHNICAL CHEMISTS. (1904) (11)
- THE EFFECT OF SALTS ON THE SOLUBILITY OF OTHER SALTS. I. (1911) (10)
- THE RELATIVE ELECTRODE POTENTIALS OF TIN AND LEAD DETERMINED BY EQUILIBRIUM MEASUREMENTS WITH THEIR PERCHLORATES. (1917) (10)
- THE IONIZATION RELATIONS OF SULPHURIC ACID. (1910) (9)
- A SYSTEM OF QUALITATIVE ANALYSIS FOR THE COMMON ELEMENTS1 (1907) (9)
- THE EQUILIBRIUM OF THE REACTION BETWEEN METALLIC SILVER AND FERRIC NITRATE. (1912) (9)
- A SYSTEM OF QUALITATIVE ANALYSIS FOR THE COMMON ELEMENTS.1 PART III: ANALYSIS OF THE ALUMINUM AND IRON GROUPS, INCLUDING BERYLLIUM, URANIUM, VANADIUM, TITANIUM, ZIRCONIUM AND THALLIUM. (1908) (8)
- THE DISSOCIATION PRESSURES OF IRON NITRIDES. (1921) (8)
- THE POTENTIAL OF INERT ELECTRODES IN SOLUTIONS OF SULFUROUS ACID AND ITS BEHAVIOR AS AN OXIDIZING AND REDUCING AGENT (1929) (8)
- THE PHYSICAL PROPERTIES OF AQUEOUS SALT SOLUTIONS IN RELATION TO THE IONIC THEORY. (1904) (7)
- THE SOLUBILITY OF BISMUTH OXYCHLORIDE IN HYDROCHLORIC ACID AND ITS RELATION TO COMPLEX FORMATION. (1917) (7)
- The preparation and properties of colloidal mixtures (1905) (6)
- THE PROPERTIES OF SALT SOLUTIONS IN RELATION TO THE IONIC THEORY. I. MOL-NUMBERS DERIVED FROM THE FREEZING-POINT LOWERING. (1910) (6)
- A THERMODYNAMIC INVESTIGATION OF REACTIONS INVOLVING SILVER SULFIDE AND SILVER IODIDE. (1920) (6)
- Strong Oxidizing Agents in Nitric Acid Solution. II. Oxidation Potential of Thallous-Thallic Salts (1936) (6)
- THE VELOCITY OF THE REACTION BETWEEN FERROUS CHLORIDE, POTASSIUM CHLORATE AND HYDROCHLORIC ACID. (1897) (5)
- LECTURE EXPERIMENTS ILLUSTRATING THE ELECTROLYTIC DISSOCIATION THEORY AND THE LAWS OF THE VELOCITY AND EQUILIBRIUM OF CHEMICAL CHANGE. (1900) (5)
- THE EQUIVALENT CONDUCTANCE OF HYDROGEN-ION DERIVED FROM TRANSFERENCE EXPERIMENTS WITH NITRIC ACID. (1908) (5)
- A MODIFICATION OF THE USUAL METHOD OF DETERMINING TRANSFERENCE NUMBERS, AND AN INVESTIGATION OF THE INFLUENCE OF THE CONCENTRATION ON THEIR VALUES IN THE CASE OF SOME TRI-IONIC SALTS. (4)
- THE INTER-IONIC ATTRACTION THEORY OF IONIZED SOLUTES. III. TESTING OF THE THEORY IN ALCOHOLIC SOLVENTS (1925) (4)
- The National Research Council of the United States (1916) (3)
- THE SOLUBILITY OF IODINE IN DILUTE POTASSIUM IODIDE SOLUTIONS.1 (1899) (3)
- THE SOLUBILITY OF SALTS OF WEAK ACIDS IN STRONGER ACIDS.1 (1898) (3)
- The Electrical Conductivity of Aqueons Solutions at High Temperatures. First Paper. Description of the Apparatus. Results with Sodium- and Potassium Chlorides up to 306° (3)
- The occurrence of trimethylene glycol as a by-product in the glycerol manufacture (1895) (3)
- THE SOLUBILITY OF ACIDS IN SOLUTIONS OF THE SALTS OF OTHER ACIDS.1 (1898) (3)
- The general principles of physical science (3)
- THE PROPERTIES OF SALT SOLUTIONS IN RELATION TO THE IONIC THEORY. IV. COMPARISON OF THE IONIZATION VALUES DERIVED FROM THE FREEZING POINT LOWERING AND FROM THE CONDUCTANCE RATIO. (1912) (3)
- The Structure of Atoms as a Periodic Property and Its Relation to Valence and Ion-Formation. (1928) (2)
- A TALK ON TEACHING. (1908) (2)
- DETERMINATION OF THE VAPOR PRESSURE OF SALT-HYDRATES BY A DISTRIBUTION—CONDUCTIVITY METHOD. (1921) (2)
- CHEMISTRY AT THE NEW YORK MEETING OF THE AMERICAN ASSOCIATION. (1900) (2)
- THE VELOCITY OF THE REACTION BETWEEN SILVER ACETATE AND SODIUM FORMATE. A REACTION OF THE THIRD ORDER.1 (1899) (2)
- THE EQUIVALENT CONDUCTIVITY OF THE HYDROGEN ION DERIVED FROM TRANSFERENCE EXPERIMENTS WITH HYDROCHLORIC ACID. (1902) (2)
- The conductivity and ionization of salts, acids, and bases in aqueous solutions at high temperatures (1)
- THEORETICAL CHEMISTRY FROM THE STANDPOINT OF AVOGADRO'S RULE AND THERMODYNAMICS. (1905) (1)
- A SYSTEM OF QUALITATIVE ANALYSIS FOR THE COMMON ELEMENTS. PART V.—DETECTION OF THE ACIDIC CONSTITUENTS.1 (1912) (1)
- A Modification of the Usual Method of Determining Transference Numbers and an Investigation of the Influence of the Concentration on their Values in the Case of some Tri-Ionic Salts (1)
- THE SOLUBILITY OF LEAD SULPHATE IN AMMONIUM ACETATE SOLUTIONS. (1905) (1)
- The supply of nitrogen products for the manufacture of explosives. (1)
- The Nitrogen Problem in Relation to the War (1918) (1)
- The Systematic Detection of the Rarer Chemical Elements. (1924) (1)
- An Advanced Course of Instruction in Chemical Principles (1)
- Effect of Insulin on the Lactic Fermentation. (1924) (1)
- INVESTIGATION OF THE THEORY OF SOLUBILITY EFFECT IN THE CASE OF TRI-IONIC SALTS. (1898) (1)
- On the Relation Between the Osmotic Pressure and the Vapor Pressure of Solutions (1897) (1)
- A Periodic Table of the Structure of Atoms and Its Relation to Ion-Formation and Valence. (1927) (1)
- HIGHER MATHEMATICS FOR STUDENTS OF CHEMISTRY AND PHYSICS WITH SPECIAL REFERENCE TO PRACTICAL WORK. (1906) (1)
- SCIENCE SERVICE CONFERENCE. (1932) (1)
- An Introduction to Physical Chemistry (1900) (1)
- Professor W. A. Noyes and the American Chemical Society (1917) (0)
- THE ELEMENTS OF PHYSICS. VOL. I.: MECHANICS AND HEAT. (1904) (0)
- PART I. PREPARATION OF THE SOLUTION (1907) (0)
- THE INTER-IONIC ATTRACTION THEORY OF IONIZED SOLUTES. II. TESTING OF THE THEORY WITH EXPERIMENTAL DATA (1924) (0)
- Honor students in chemistry (1926) (0)
- HIGH SCHOOL CHEMISTRY IN ITS RELATION TO THE WORK OF A COLLEGE COURSE. (1904) (0)
- The Exact Relation between Osmotic Pressure and Vapor Pressure (1901) (0)
- A PROPOSED SYSTEM OF NOTATION FOR PHYSICO-CHEMICAL QUANTITIES. (0)
- Scientific Literature: Laboratory Experiments on the Class Reactions and Identification of Organic Substances (0)
- THE PRIESTLEY MEMORIAL OF THE AMERICAN CHEMICAL SOCIETY. (1917) (0)
- THE EFFECT OF DI-IONIC ELECTROLYTES ON THE SOLUBILITY OF TRI-IONIC ELECTROLYTES WITH DIFFERENT IONS. (1899) (0)
- Eminent American Chemists (1924) (0)
- Address of Acceptance. (1915) (0)
- PHYSICO-CHEMICAL TABLES FOR THE USE OF ANALYSTS, PHYSICISTS, CHEMICAL MANUFACTURERS AND SCIENTIFIC CHEMISTS. (1903) (0)
- THE RELIABILITY OF THE DISSOCIATION-VALUES DETERMINED BY ELECTRICAL CONDUCTIVITY MEASUREMENTS.1 (1898) (0)
- GENERAL AND PHYSICAL CHEMISTRY. (1903) (0)
- The electrolytic reduction of paranitro compounds in sulphuric acid solution (1895) (0)
- THE RESPONSE TO THE ADDRESSES OF WELCOME AT THE OPENING SESSION AT NASHVILLE. (0)
- Preliminary Report of the Organizing Committee to the President of the Academy (1916) (0)
- LECTURE EXPERIMENTS ILLUSTRATING VARIOUS TYPES OF CATALYTIC ACTION. (1902) (0)
- THE CONDUCTIVITY AND IONIZATION OF A PENTA- AND A HEXA-IONIC SALT. (1911) (0)
- THE STORY OF THE CHEMICAL ELEMENTS. (1929) (0)
- Qualitative chemical analysis of inorganic substances : a course of instruction (1942) (0)
- The Viscosity of Mercury Vapor (1896) (0)
- ANNUAL REPORTS OF THE PROGRESS OF CHEMISTRY FOR 1904. (0)
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