William Draper Harkins
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Most Influential Person Across History
American chemist
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Chemistry
William Draper Harkins's Degrees
- PhD Chemistry University of Chicago
- Bachelors Chemistry University of Chicago
Why Is William Draper Harkins Influential?
(Suggest an Edit or Addition)According to Wikipedia, William Draper Harkins was an American physical chemist, noted for his contributions to surface chemistry and nuclear chemistry. Harkins researched the structure of the atomic nucleus and was the first to propose the principle of nuclear fusion, four years before Jean Baptiste Perrin published his theory in 1919-20. His findings enabled, among other things, the development of the H-bomb. As a visiting professor with Fritz Haber in 1909, he was introduced to the study of surface tension, and he began work on the theory of solutions and solubility during a visit to MIT in 1909-1910.
William Draper Harkins'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
- THE DETERMINATION OF SURFACE TENSION (FREE SURFACE ENERGY), AND THE WEIGHT OF FALLING DROPS: THE SURFACE TENSION OF WATER AND BENZENE BY THE CAPILLARY HEIGHT METHOD. (1919) (735)
- A general theory of the mechanism of emulsion polymerization. (1947) (567)
- The physical chemistry of surface films (1952) (502)
- Surfaces of Solids. XIII. A Vapor Adsorption Method for the Determination of the Area of a Solid without the Assumption of a Molecular Area, and the Areas Occupied by Nitrogen and Other Molecules on the Surface of a Solid (1944) (461)
- A METHOD FOR THE DETERMINATION OF SURFACE AND INTERFACIAL TENSION FROM THE MAXIMUM PULL ON A RING (1930) (456)
- The effect of salts on the critical concentration for the formation of micelles in colloidal electrolytes. (1947) (421)
- FILMS. THE SPREADING OF LIQUIDS AND THE SPREADING COEFFICIENT (1922) (265)
- The State of Monolayers Adsorbed at the Interface Solid—Aqueous Solution (1940) (242)
- Surfaces of Solids. XII. An Absolute Method for the Determination of the Area of a Finely Divided Crystalline Solid (1944) (219)
- An Adsorption Method for the Determination of the Area of a Solid without the Assumption of a Molecular Area, and the Area Occupied by Nitrogen Molecules on the Surfaces of Solids (1943) (167)
- Determination of the critical concentration for micelle formation in solutions of colloidal electrolytes by the spectral change of a dye. (1947) (165)
- A General Thermodynamic Theory of the Spreading of Liquids to Form Duplex Films and of Liquids or Solids to Form Monolayers (1941) (132)
- I. A Simple Accurate Film Balance of the Vertical Type for Biological and Chemical Work, and a Theoretical and Experimental Comparison with the Horizontal Type. II. Tight Packing of a Monolayer by Ions (1937) (115)
- Surfaces of Solids. XI. Determination of the Decrease (π) of Free Surface Energy of a Solid by an Adsorbed Film (1944) (110)
- General theory of mechanism of emulsion polymerization. II (1950) (109)
- THE EVOLUTION OF THE ELEMENTS AND THE STABILITY OF COMPLEX ATOMS. I. A NEW PERIODIC SYSTEM WHICH SHOWS A RELATION BETWEEN THE ABUNDANCE OF THE ELEMENTS AND THE STRUCTURE OF THE NUCLEI OF ATOMS. (1917) (98)
- THE ORIENTATION OF MOLECULES IN THE SURFACES OF LIQUIDS, THE ENERGY RELATIONS AT SURFACES, SOLUBILITY, ADSORPTION, EMULSIFICATION, MOLECULAR ASSOCIATION, AND THE EFFECT OF ACIDS AND BASES ON INTERFACIAL TENSION.1 (SURFACE ENERGY VI.) (1917) (94)
- Surface of Solids. X. Extension of the Attractive Energy of a Solid into an Adjacent Liquid or Film, the Decrease of Energy with Distance, and the Thickness of Films (1944) (91)
- A General Theory of the Reaction Loci in Emulsion Polymerization. II (1945) (89)
- THE STRUCTURE OF THE SURFACES OF LIQUIDS, AND SOLUBILITY AS RELATED TO THE WORK DONE BY THE ATTRACTION OF TWO LIQUID SURFACES AS THEY APPROACH EACH OTHER. [SURFACE TENSION. V.] (1917) (88)
- The Determination of Critical Concentrations for the Formation of Soap Micelles by the Spectral Behavior of Pinacyanol Chloride (1946) (86)
- The Decrease (π) of Free Surface Energy (γ) as a Basis for the Development of Equations for Adsorption Isotherms; and the Existence of Two Condensed Phases in Films on Solids (1944) (82)
- A Superliquid in Two Dimensions and a First‐Order Change in a Condensed Monolayer I. Energy, Compressibility, and Order of Phase Transformations (1942) (80)
- The The Effect of Alcohols and of Alcohols and Salts on the Critical Micelle Concentration of Dodecylammonium Chloride. (1950) (75)
- The Thermodynamics of Films: Energy and Entropy of Extension and Spreading of Insoluble Monolayers (1940) (73)
- Pressure--Area Relations of Fatty Acid and Alcohol Monolayers (1939) (72)
- Linear or Edge Energy and Tension as Related to the Energy of Surface Formation and of Vaporization (1937) (66)
- Energy Relations of the Surface of Solids I. Surface Energy of the Diamond (1942) (66)
- Solubilization by Solutions of Long‐Chain Colloidal Electrolytes (1947) (66)
- THE ORIENTATION OF MOLECULES IN SURFACES. VI. COHESION, ADHESION, TENSILE STRENGTH, TENSILE ENERGY, NEGATIVE SURFACE ENERGY, INTERFACIAL TENSION, AND MOLECULAR ATTRACTION. (59)
- Structure of Soap Micelles Indicated by X-Rays and the Theory of Molecular Orientation. I. Aqueous Solutions1 (1946) (55)
- An Absolute Method for the Determination of the Area of a Fine Crystalline Powder (1943) (55)
- The States of Monolayers. (1941) (55)
- SURFACE VISCOSITY OF LONG-CHAIN ALCOHOL MONOLAYERS1 (1937) (53)
- The Viscosity of Monolayers: Theory of the Surface Slit Viscosimeter (1938) (51)
- Surfaces of Solids. XIV. A Unitary Thermodynamic Theory of the Adsorption of Vapors on Solids and of Insoluble Films on Liquid Subphases (1946) (48)
- Contact Potentials and the Effects of Unimolecular Films on Surface Potentials. I. Films of Acids and Alcohols (1933) (45)
- A Superliquid in Two Dimensions and a First‐Order Change in a Condensed Monolayer II. Abnormal Viscosity Relations of Alcohol Monolayers in Condensed Liquid Phases (1942) (44)
- Structure of soap micelles as indicated by X-rays and interpreted by the theory of molecular orientation: II. The solubilization of hydrocarbons and other oils in aqueous soap solutions (1946) (43)
- THE ORIENTATION OF MOLECULES IN SURFACES, SURFACE ENERGY, ADSORPTION, AND SURFACE CATALYSIS. V. THE ADHESIONAL WORK BETWEEN ORGANIC LIQUIDS AND WATER.1 (1920) (42)
- Molecular Interaction in Monolayers: Viscosity of Two-Dimensional Liquids and Plastic Solids. V. Long Chain Fatty Acids (1939) (39)
- The Viscosity (or Fluidity) of Liquid or Plastic Monomolecular Films (1937) (39)
- Molecular Interaction in Mixed Monolayers on Aqueous Subsolutions I. Mixtures of Alcohols, Acids and Amines (1938) (38)
- THE SEPARATION OF ISOTOPES. THEORY OF RESOLUTION OF ISOTOPIC MIXTURES BY DIFFUSION AND SIMILAR PROCESSES. EXPERIMENTAL SEPARATION OF MERCURY BY EVAPORATION IN A VACUUM. (37)
- The Shapes of Drops and the Determination of Surface Tension (37)
- Adsorption of long-chain electrolytes from aqueous solution on graphite of known area and on polystyrene (1949) (37)
- Structure of Micelles of Colloidal Electrolytes. III. A New Long‐Spacing X‐Ray Diffraction Band, and the Relations of Other Bands (1948) (37)
- Structure for Soap Micelles as Indicated by a Previously Unrecognized X‐Ray Diffraction Band (1947) (37)
- THE DROP WEIGHT METHOD FOR THE DETERMINATION OF SURFACE TENSION.2 (SURFACE TENSION I.) (1916) (36)
- Monomolecular Films. The Liquid-Liquid Interface and the Stability of Emulsions (1931) (33)
- A New Type of Micelle: Soap with Alcohol, Amine, or Other Polar-Nonpolar Molecules (1947) (33)
- The Effect of Solvents on the Critical Concentration for Micelle Formation of Cationic Soaps (1946) (33)
- INTERFACIAL TENSION AND EMULSIFICATION. I. THE EFFECTS OF BASES, SALTS, AND ACIDS UPON THE INTERFACIAL TENSION BETWEEN AQUEOUS SODIUM OLEATE SOLUTIONS AND BENZENE. II. EXTREMELY SMALL INTERFACIAL TENSIONS PRODUCED BY SOLUTES1 (32)
- A New Adsorption Isotherm Which Is Valid Over a Very Wide Range of Pressure (1943) (32)
- A Cylindrical Model for the Small Soap Micelle (1948) (31)
- Viscosity of Monomolecular Films (1937) (31)
- Monomolecular Films. The Solid-Liquid Interface and the Sedimentation of Powders in Liquids (1931) (31)
- THE SURFACE TENSION AT THE INTERFACE BETWEEN TWO LIQUIDS, AND THE EFFECT OF ACIDS, SALTS AND BASES UPON THE INTERFACIAL TENSION. (SURFACE TENSION III.) (1916) (31)
- Energy Relations of the Surfaces of Solids II. Spreading Pressure as Related to the Work of Adhesion Between a Solid and a Liquid (1942) (29)
- The Binding Energy between a Crystalline Solid and a Liquid: the Energy of Adhesion and Emersion. Energy of Emersion of Crystalline Powders. II* (1942) (29)
- THE STRUCTURE OF FILMS OF WATER ON SALT SOLUTIONS I. SURFACE TENSION AND ADSORPTION FOR AQUEOUS SOLUTIONS OF SODIUM CHLORIDE (1925) (28)
- THE SURFACE TENSION OF BLOOD SERUM, AND THE DETERMINATION OF THE SURFACE TENSION OF BIOLOGICAL FLUIDS. (1929) (27)
- The Change with Time of the Surface Tension of Solutions of Sodium Cetyl Sulfate and Sodium Lauryl Sulfate (1940) (26)
- THE PROPERTIES OF SUBSIDIARY VALENCE GROUPS. I. THE MOLECULAR VOLUME RELATIONSHIPS OF THE HYDRATES AND AMMINES OF SOME COBALT COMPOUNDS. II. SUBSIDIARY GROUP MOBILITY AS STUDIED BY THE HEAT DECOMPOSITION OF SOME COBALTAMMINES. (1920) (26)
- The Energy of Immersion of Crystalline Powders in Water and Organic Liquids. I.1 (1942) (25)
- The Pressure--Area and Pressure--Temperature Relations of Expanded Monolayers of Myristic and Pentadecylic Acids (1939) (25)
- SURFACE TENSION BY THE RING METHOD. (1930) (25)
- AN ADSORPTION METHOD FOR THE DETERMINATION OF THE AREA OF A POWDER (1931) (25)
- EMULSIONS: STABILITY, AREA PER MOLECULE IN THE INTERFACIAL FILM, DISTRIBUTION OF SIZES AND THE ORIENTED WEDGE THEORY1 (1929) (24)
- AN ELECTROMAGNETIC HYPOTHESIS OF THE KINETICS OF HETEROGENEOUS EQUILIBRIUM, THE STRUCTURE OF LIQUIDS, AND COHESION. (1919) (22)
- Surfaces of Solids XV First‐Order Phase Changes of Adsorbed Films on the Surfaces of Solids: The Film of n‐Heptane on Ferric Oxide (1946) (22)
- Effects of Traces of Metallic Ions on Films at Interfaces and on the Surface of Water (1937) (22)
- Wetting of Pigments and Other Powders (1930) (22)
- PAPERS ON SMELTER SMOKE. (FIRST PAPER) The Determination of Arsenic and Other Solid Constituents of Smelter Smoke, with a Study of the Effects of High Stacks and Large Condensing Flues. (1907) (21)
- Molecular Interaction in Mixed Monolayers II. Unstable Mixtures with Unsaturated Acids (1938) (20)
- A HIGH PRESSURE DUE TO ADSORPTION, AND THE DENSITY AND VOLUME RELATIONS OF CHARCOAL.1 (1921) (20)
- The Viscosity of Monolayers: a Test of the Canal Viscosimeter (1940) (20)
- The Critical Concentration for the Formation of Micelles as Indicated by the Absorption Spectrum of a Cyanine Dye (1946) (20)
- Types of Solubilization in Solutions of Long-Chain Colloidal Electrolytes. (1949) (19)
- Solubilization of Polar--Non-polar Substances in Solutions of Long Chain Electrolytes (1949) (19)
- THE ACTIVITY COEFFICIENTS AND THE ADSORPTION OF ORGANIC SOLUTES. I. NORMAL BUTYL ALCOHOL IN AQUEOUS SOLUTION BY THE FREEZING POINT METHOD (1931) (18)
- THE SURFACE ENERGY OF MERCURY AND THE ENERGY RELATIONS AT THE INTERFACE BETWEEN MERCURY AND OTHER LIQUIDS.1 (1920) (18)
- X-ray investigations of the structure of colloidal electrolytes. IV. A new type of micelle formed by film penetration☆ (1949) (18)
- Surfaces of Solids. XVI. Adsorbed Films of Water and Normal Heptane on the Surface of Graphite (1946) (18)
- THE FREE ENERGY OF DILUTION AND THE FREEZING-POINT LOWERINGS IN SOLUTIONS OF SOME SALTS OF VARIOUS TYPES OF IONIZATION, AND OF SALT MIXTURES. (1916) (17)
- Effect of micelle formation on the absorption spectra of decyl and dodecyl pyridinium iodides (1951) (17)
- Cohesion, Internal Pressure, Adhesion, Tensile Strength, Tensile Energy, Negative Surface Energy, and Molecular Attraction. (1919) (17)
- A SIMPLE APPARATUS FOR THE ACCURATE AND EASY DETERMINATION OF SURFACE TENSION, WITH A METAL THERMOREGULATOR FOR THE QUICK ADJUSTMENT OF TEMPERATURE. (1916) (16)
- THE RING METHOD FOR THE DETERMINATION OF SURFACE TENSION. (1926) (16)
- THE STRUCTURE OF FILMS OF WATER ON SALT SOLUTIONS. II. THE SURFACE TENSION OF CALCIUM CHLORIDE SOLUTIONS AT 25 (1926) (15)
- The Ionization of Strong Electrolytes. (1920) (15)
- The Nuclei of Atoms and the new Periodic System (1920) (15)
- Monomolecular Films of Molecules Which Lie Flat on the Surface of Water I. Surface Pressures and Potentials of Films of Long Molecules: Polymers of ω‐Hydroxy Decanoic Acid (1935) (15)
- Surfaces of Solids XIX. Molecular Interaction between Metals and Hydrocarbons (1950) (15)
- Surface Films of Fatty Acids, Alcohols, and Esters. (1941) (14)
- Note on Surface Viscosimetry (1938) (14)
- THE SEPARATION OF THE ELEMENT CHLORINE INTO ISOTOPES (ISOTOPIC ELEMENTS). The Heavy Fraction from the Diffusion. (1921) (14)
- Adhesion of Liquids to Solids. Molecular Interaction between Metal Oxides and Adsorbed Vapors (1953) (13)
- THE STABILITY OF ATOMS AS RELATED TO THE POSITIVE AND NEGATIVE ELECTRONS IN THEIR NUCLEI, AND THE HYDROGEN, HELIUM, H3, H2THEORY OF ATOMIC STRUCTURE. (1920) (13)
- Surfaces of Solids XVII A First‐ and a Second‐Order Phase Change in the Adsorbed Film of n‐Heptane on Graphite (1946) (13)
- The Surface Tension of Aqueous Soap Solutions as a Function of Hydrogen Ion (pH) and Salt Concentration. I. Sodium Laurate and Sodium Nonylate (1937) (13)
- Energy Relations in Transformations from Three to Two-Dimensional Systems. I. The Latent Heat and Entropy of Spreading of Myristic and Pentadecylic Acids (1939) (13)
- Equations for the Pressure (π)‐Area (σ) Relations (Isotherms) of Liquid Expanded and Intermediate Monolayers on Water (1944) (13)
- A First‐Order Change which Involves the Vaporization in Two Dimensions of N‐Heptane on the Surface of Silver (1945) (12)
- Free radicals in electrical discharges (1934) (12)
- Monomer–polymer ratio in emulsion polymerization of styrene (1950) (12)
- PAPERS ON SMELTER SMOKE. [SECOND PAPER.] ARSENIC IN VEGETATION EXPOSED TO SMELTER SMOKE.1 (1908) (12)
- THE CHANGES OF MASS AND WEIGHT INVOLVED IN THE FORMATION OF COMPLEX ATOMS. [FIRST PAPER ON ATOMIC STRUCTURE.] (1915) (12)
- The Disintegration of the Nuclei of Nitrogen and Other Light Atoms by Neutrons. I (1933) (12)
- The Pressure-Area-Temperature and Energy Relations of Monolayers of Octadecanenitrile (1942) (11)
- Flocculation, Dispersion, and Settling of Pigments in Relation to Adsorption (1932) (11)
- Loci of Emulsion Polymerization: The Diffusion of Organic Molecules from Emulsion Droplets through an Aqueous Phase into Soap Micelles (1946) (11)
- The Periodic System of Atomic Nuclei and the Principle of Regularity and Continuity of Series (1931) (11)
- SURFACE TENSION AND MOLECULAR ATTRACTION: ON THE ADHESIONAL WORK BETWEEN MERCURY AND ORGANIC LIQUIDS.1 (1920) (11)
- Hydrogen Ion Concentration and the Behavior and Measurement of Monomolecular and Polymolecular Films on Water (1936) (11)
- THE VIBRATION OF ATOMS AT THE END OF ORGANIC MOLECULES: RAMAN EFFECT AND THE CARBON-CHLORINE BOND (1932) (11)
- Polymolecular and Monomolecular Films. (1925) (10)
- LXXVI. Energy relations involved in the formation of complex atoms (1915) (10)
- MONOMOLECULAR FILMS ON WATER: THE ORIENTED ADSORPTION OF DERIVATIVES OF BENZENE1 (1925) (10)
- Surfaces of Solids. XXI. Areas of Non-porous Solids from Adsorption Isotherms of n-Heptane or n-Hexane (1950) (10)
- Chronic arsenical poisoning of herbivorous animals (10)
- THE SEPARATION OF THE ELEMENT CHLORINE INTO ISOTOPES. THE LIGHT FRACTION (10)
- RECENT WORK ON THE STRUCTURE OF THE ATOM. [THIRD PAPER ON ATOMIC STRUCTURE.] (1915) (10)
- BINARY AND TERNARY SYSTEMS OF THE NITRATES OF THE ALKALI AND ALKALINE EARTH METALS. (1915) (10)
- A New Type of Micelle: Solubility by Film Penetration (1948) (10)
- Viscosity of Two‐Dimensional Systems: Effect of Pressure and Temperature, and Detection of Phase Transitions in Monolayers (1939) (9)
- Determination of Critical Concentrations for Micelle Formation in Solutions of Cationic Soaps by Changes in the Color and Fluorescence of Dyes (1946) (9)
- INTERMEDIATE AND COMPLEX IONS. V. THE SOLUBILITY PRODUCT AND ACTIVITY OF THE IONS IN BI-BIVALENT SALTS.1 (1919) (9)
- Surface Energy and the Orientation of Molecules in Surfaces as revealed by Surface Energy relations (9)
- THE MARSH TEST AND EXCESS POTENTIAL. (FIRST PAPER.1) THE QUANTITATIVE DETERMINATION OF ARSENIC. (1910) (9)
- THE RAMAN SPECTRUM OF GERMANIUM TETRACHLORIDE (1932) (9)
- THE PERIODIC SYSTEM AND THE PROPERTIES OF THE ELEMENTS. (FIFTH PAPER ON ATOMIC STRUCTURE.) (1916) (9)
- Critical concentrations for micelle formation in mixtures of anionic soaps (1946) (8)
- Overvoltage as a Function of Current Density, and the Effects of Time, Temperature, Stirring, Pressure, Nature of Surface, and of a Superimposed Alternating Current (8)
- APPARATUS FOR THE DETERMINATION OF THE SURFACE TENSION AT THE INTERFACE BETWEEN TWO LIQUIDS. (SURFACE TENSION II.) (1916) (8)
- THE ORIENTED WEDGE THEORY OF EMULSIONS AND THE INVERSION OF EMULSIONS. (1924) (8)
- NATURAL SYSTEMS FOR THE CLASSIFICATION OF ISOTOPES, AND THE ATOMIC WEIGHTS OF PURE ATOMIC SPECIES AS RELATED TO NUCLEAR STABILITY. (1921) (7)
- The Raman Effect and the Carbon-Halogen Bond (1931) (7)
- The Separation of the Element Chlorine into Normal Chlorine and Meta-Chlorine, and the Positive Electron. (1920) (7)
- THE ISOTOPIC COMPOSITION AND ATOMIC WEIGHT OF CHLORINE FROM METEORITES AND FROM MINERALS OF NON-MARINE ORIGIN: (Papers on Atomic Stability) (1926) (7)
- Molecular Interaction between n-Propyl Alcohol and Iron or Iron Oxides (1953) (7)
- States of Monolayers on an Aqueous Subphase (1940) (7)
- A METHOD FOR PHOTOGRAPHING THE DISINTEGRATION OF AN ATOM, AND A NEW TYPE OF RAYS1 (1923) (7)
- THE EFFECT OF PRESSURE ON OVERVOLTAGE (1923) (7)
- VAPORIZATION IN STEPS AS RELATED TO SURFACE FORMATION: Seventh Paper on the Orientation of Molecules in Surfaces1 (1922) (7)
- THE EFFECT OF SALTS UPON THE SOLUBILITY OF OTHER SALTS, V. THE SOLUBILITY OF UNIBIVALENT SALTS IN SOLUTIONS OF SALTS OF DIFFERENT TYPES. (1911) (7)
- IONIZATION AND SOLUBILITY RELATIONS OF SALTS OF HIGHER TYPES.1 IV. INTERMEDIATE IONS IN SOLUTIONS OF UNI-BIVALENT SALTS, AND OF LANTHANUM IODATE, A TRI-UNIVALENT SALT. (1916) (6)
- Neutron-Proton Interaction: The Scattering of Neutrons by Protons (1936) (6)
- THE FREEZING-POINT LOWERINGS IN AQUEOUS SOLUTIONS OF SALTS AND MIXTURES OF SALTS AND OF A SALT WITH A NONELECTROLYTE. (1916) (6)
- Loci of Emulsion Polymerization: Diffusion of Organic Molecules from Emulsion Droplets through an Aqueous Phase into Polymer Latex Particles (1946) (6)
- A Spectroscopic Study of the Decomposition and Synthesis of Organic Compounds by Electrical Discharges: Electrodeless and Glow Discharges (1933) (6)
- The Contact Potential of Solid Films Formed by Evaporation and by Solidification and of Built-Up Multilayers on Metals (1938) (6)
- Contact Potentials of Reversible Soluble Films of Lauric Acid (1936) (6)
- Effect of Temperature on the Adsorption of n-Decane on Iron (1954) (6)
- THE DROP WEIGHT METHOD FOR THE DETERMINATION OF SURFACE TENSION. THE EFFECT OF AN INCLINATION OF THE TIP UPON THE DROP WEIGHT (1930) (6)
- AN APPARATUS FOR THE SEPARATION OF ISOHYDROGEN (DEUTERIUM) OXIDE BY ELECTROLYSIS (1933) (6)
- A New Adsorption Isotherm and the Distribution of Energy Sites on the Surface of Some Finely Divided Solids (1954) (6)
- Atomic Disintegration by ‘Non-Capture’ (1934) (6)
- MONOMOLECULAR FILMS BETWEEN LIQUIDS: BUTYRIC ACID BETWEEN WATER AND HEXANE, AND ACETIC ACID BETWEEN WATER AND BENZENE (1925) (6)
- PROTEIN MONOLAYERS: FILMS OF OXIDIZED CYTOCHROME C (1938) (6)
- The Oriented Wedge Theory of Emulsions. (1925) (6)
- The Abundance Ratio of the Isotopes in Natural or Isotopically Separated Carbon (1937) (5)
- A METHOD FOR THE INVESTIGATION OF ELECTROSTENOLYSIS (1937) (5)
- THE EFFECT OF SODIUM HYDROXIDE UPON THE SURFACE TENSION OF A SOLUTION OF SODIUM NONYLATE (1925) (5)
- The Neutron and Neuton, the New Element of Atomic Number Zero (1933) (5)
- The Structure of Complex Atoms and the Changes of Mass and Weight Involved in Their Formation. (1915) (5)
- Surface Potentials and Force—Area Relations of Monomolecular Films. II. d-Pimaric Acid and Tetrahydro-d-pimaric Acid (1935) (5)
- XXXIX. The constitution and stability of atom nuclei. (A contribution to the subject of inorganic evolution.) (1921) (5)
- Disintegration of Fluorine Nuclei by Neutrons and the Probable Formation of a New Isotope of Nitrogen (N 16 ) (1933) (5)
- The Synthesis of Atoms, the Whole Number Rule, and the Periodic System of the Atomic Species. (5)
- The Scattering of Protons in Collisions with Neutrons (1935) (5)
- SURFACES OF SOLIDS IN SCIENCE AND INDUSTRY. II. (1945) (5)
- The Rearrangement of Molecules in Plastic Monomolecular Films: Pressure—Area and Potential Relations for Polycyclic Compounds of the Five-Ring Series (1936) (5)
- Polymolecular Films: Mixed Films with Two or More Components. I. Fatty Acids and Non-polar Substances. (1935) (5)
- THE EFFECT OF SALTS UPON THE SOLUBILITY OF OTHER SALTS. VI. THE SOLUBILITY OF DIFFICULTLY SOLUBLE UNIBIVALENT SALTS. (1911) (5)
- The Drop-weight Method for the Determination of Surface Tension and the Weight of the Ideal Drop (1926) (4)
- THERMOLUMINESCENCE IN GLASSES WHICH CONTAIN TWO ACTIVATORS (1930) (4)
- THE CARBON--HALOGEN BOND AS RELATED TO RAMAN SPECTRA (1931) (4)
- LVII.The separation of isotopes and a further separation of mercury by evaporative-diffusion (1928) (4)
- The Spectra of Isotopes and the Vibration of Electrons in the Atom. (1917) (4)
- STUDIES ON THE COBALTAMMINES. I. VARIOUS IONIZATION TYPES AS DETERMINED BY THE FREEZING-POINT LOWERING IN AQUEOUS SOLUTION, TOGETHER WITH CONDUCTANCE MEASUREMENTS.1 (1916) (4)
- THE EFFECT OF SALTS UPON THE SOLUBILITY OF OTHER SALTS. VIIIa. THE SOLUBILITY RELATIONS OF A VERY SOLUBLE BI-UNIVALENT SALT. (1916) (4)
- Surfaces of solids; the heats of emersion and desorption of water from graphite at 25 degrees. (1948) (4)
- A SPECTROSCOPIC STUDY OF THE DECOMPOSITION AND SYNTHESIS OF ORGANIC COMPOUNDS BY ELECTRICAL DISCHARGES. I. THE ELECTRODELESS DISCHARGE (1930) (4)
- THE EFFECTS OF ACIDS AND BASES ON THE SURFACE ENERGY RELATIONS OF β,β-DICHLOROETHYL-SULFIDE (“MUSTARD GAS”).1 (1919) (4)
- THE EFFECT OF SALTS UPON THE SOLUBILITY OF OTHER SALTS. VIIIb. THE SOLUBILITY RELATIONS OF SOME EXTREMELY SOLUBLE SALTS. (1916) (4)
- THE STRUCTURE OF ATOMS, AND THE EVOLUTION OF THE ELEMENTS AS RELATED TO THE COMPOSITION OF THE NUCLEI OF ATOMS. (1917) (4)
- The Discovery and Separation of the Isotopes of Chlorine, and the Whole Number Rule (4)
- THE SEPARATION OF MERCURY INTO ISOTOPES IN A LARGE APPARATUS (1923) (4)
- The Abundance of the Elements in Relation to the Hydrogen-Helium Structure of the Atoms. (1916) (4)
- Ultramicroscopic Examination of Mixed Films (1937) (4)
- Film Potentials of Stearate Multilayers and Other Dielectrics on Metal Surfaces (1939) (3)
- The Surface-Tension at the Interface Between Two Liquids. (1915) (3)
- Isotopes: Their Number and Classification (1921) (3)
- The Direct Measurement of the Adsorption of Soluble Substances by the Bubble Method (3)
- THE SEPARATION OF THE ELEMENT CHLORINE INTO CHLORINE AND META-CHLORINE. (1920) (3)
- A FORCE, APPARENTLY DUE TO MASS, ACTING ON AN ELECTRON, AND THE NON-IDENTITY OF ISOTOPES IN SPECTRA AND OTHER PROPERTIES. (1920) (3)
- THE STRUCTURE OF COMPLEX ATOMS. THE HYDROGEN-HELIUM SYSTEM. [SECOND PAPER ON ATOMIC STRUCTURE.] (1915) (3)
- THE SPECTROSCOPIC DETERMINATION OF THE DECOMPOSITION PRODUCTS OF ORGANIC COMPOUNDS. BENZENE IN THE ELECTRODELESS DISCHARGE (1930) (3)
- Search for a Neutron-Deuteron Reaction (1940) (3)
- The Radioactivity of Potassium, Rubidium and Other Elements. (1925) (3)
- Structure of Soap Micelles as Indicated by X‐Rays and Interpreted by the Theory of Molecular Orientation II. The Solubilization of Hydrocarbons and Other Oils in Aqueous Soap Solutions (1945) (2)
- The Nuclear Exclusion Principle and the Neutron-Proton Pattern (1937) (2)
- THE BUILDING OF ATOMS AND THE NEW PERIODIC SYSTEM. (1919) (2)
- An Electromagnetic Hypothesis of the Kinetics of Heterogeneous Equilibrium, and of the Structure of Liquids. (1919) (2)
- The Separation of Chlorine into Isotopes (Isotopic Elements) and the Whole Number Rule for Atomic Weights. (1925) (2)
- Disintegrations of Neon Nuclei by Fast Neutrons (1933) (2)
- The Change of Molecular Kinetic Energy into Molecular Potential Energy: The Entropy Principle and Molecular Association. (1919) (2)
- A Neutron of High Velocity, and Energy Relations for Nuclear Disintegration by Non-Capture (1933) (2)
- An Apparent High Pressure Due to Adsorption, the Heat of Adsorption, and the Density of Gas-Mask Charcoals. (1920) (2)
- Failure to Detect the Radioactivity of Beryllium with the Wilson Cloud Chamber (1933) (2)
- SECTION C (CHEMISTRY). (1924) (2)
- The contact angle between water and a monolayer of egg albumin on glass as a function of film pressure (1946) (2)
- The Isotopic Composition of the Element Chlorine in the Meteorites: The Atomic Weight of Meteoric and Terrestrial Chlorine. (1925) (2)
- Special and Magic Numbers as Factors in Nuclear Stability and Abundance (1950) (2)
- A Graphical Study of the Stability Relations of Atom Nuclei (1922) (2)
- The Neutron, the Intermediate or Compound Nucleus, and the Atomic Bomb. (1946) (2)
- An Electronic Analysis of Some Surfaces by Means of Slow Electrons. (1935) (2)
- The stability of atom nuclei, the separation of isotopes, and the whole number rule☆ (1922) (2)
- Surface Chemistry (1932) (2)
- Soap Solutions: Salt, Alcohol, Micelles, Rubber (1950) (2)
- Atomic Disintegration by a Relatively Slow Neutron (1933) (2)
- Papers on smelter smoke. Arsenic in vegetation exposed to smelter smoke (1908) (2)
- The Effect of Nuclear Shells upon the Pattern of the Atomic Species (1949) (2)
- A Method of Photographing the Disintegration of Atoms and of Testing the Stability of Atoms by the Use of High-speed Alpha Particles (1923) (2)
- The film balance as an analytical tool for biological and food research. (1942) (2)
- Application of the Drop Weight Method to the Determination of the Surface Tension of Colloidal Solutions (1926) (2)
- A RELATION CONCERNING ATOMIC NUCLEI (1931) (1)
- PRESSURE-AREA RELATIONS OF MONOLAYERS AT THE SOLID-LIQUID INTERFACE (1938) (1)
- The Rearrangement of Molecules in Monomolecular Films: Polycyclic Compounds of the Five Ring Series (1936) (1)
- An Attempt to Add an Electron to the Nucleus of an Atom (1928) (1)
- SURFACES OF SOLIDS IN SCIENCE AND INDUSTRY. (1945) (1)
- Inelastic Collisions with Changes of Mass and the Problem of Nuclear Disintegration with Capture or Non-Capture of a Neutron or Another Nuclear Projectile (1934) (1)
- NOMENCLATURE FOR THE ISOTOPES OF HYDROGEN (PROTO- AND DEUTO-HYDROGEN) AND THEIR COMPOUNDS. (1934) (1)
- Toxicity of Heavy Water.∗ (1934) (1)
- The Existence of Expanded and Intermediate Phases in Films on Solids (1944) (1)
- A New Method for the Investigation of the Electrical Properties of Multilayers (1939) (1)
- The Frequency of Occurrence of the Disintegrative-synthesis of Oxygen 17 from Nitrogen 14 and Helium (1930) (1)
- The Effect of Hydroxyl Ion Concentration (or of p H ) on the Film Potentials of Multilayers (1939) (1)
- The neutron, the intermediate or compound nuclous, and the atomic bomb. (1946) (1)
- THE ABSENCE OF HELIUM FROM THE GASES LEFT AFTER THE PASSAGE OF ELECTRICAL DISCHARGES: I, BETWEEN FINE WIRES IN A VACUUM; II, THROUGH HYDROGEN; AND III, THROUGH MERCURY VAPOR (1924) (1)
- The Separation of the Element Chlorine into Isotopes (Isotopic Atomic Species) (1922) (1)
- Additions and Corrections-The Isotopic Composition and Atomic Weight of Chlorine from Meteorites and from Minerals of Non-Marine Origin (1926) (1)
- Base pressure and static pressure for a cone-cylinder at a nominal mach number of 5.8 (1954) (1)
- The Intermediate Nucleus and Atomic Disintegration in Steps (1937) (1)
- The Disintegration of the Nuclei of Light Atoms by Neutrons. II. Neon, Fluorine and Carbon (1935) (1)
- Effect of Space Isomerism on the Squeezing out of an Unsaturated Compound from a Mixed Monolayer on an Aqueous Sub-solution (1938) (1)
- A new structure for soap micelles and the polymerization of rubber. (1947) (1)
- A CONTINUOUS (OR BAND) FLUORESCENCE EMISSION SPECTRUM WHICH ACCOMPANIES A CHANGE OF COLOR (1930) (1)
- The Neutron, Atom Building and a Nuclear Exclusion Principle. (1933) (1)
- THE SEPARATION OF THE ELEMENTS CHLORINE AND MERCURY INTO ISOTOPES. (1921) (1)
- THE SURFACE TENSION OF AQUEOUS SOLUTIONS OF PARA-TOLUIDINE (1930) (1)
- The Ring Method for the Determination of Surface Tension (1926) (1)
- Grants for Research Made by the American Association for the Advancement of Science (1923) (1)
- Use of Multiphase Oscillators with a Cyclotron (Lawrence) for the Production of High-Velocity Particles (1936) (1)
- THE HYDROGEN NUCLEUS OF MASS 2 (ISOHYDROGEN NUCLEUS p2e) AS A UNIT IN ATOM BUILDING (1932) (0)
- THE PRODUCTION OF HIGH VELOCITY IONS FOR THE DISINTEGRATION OF ATOMIC NUCLEI. (1936) (0)
- Disintegration of Light Atomic Nuclei by the Capture of Fast Neutrons (1933) (0)
- Equivalence of Protons and Neutrons in Nuclei (1950) (0)
- Periodic System of Atomic Nuclei and the Principle of Regularity and Continuity of Series. A Correction (1931) (0)
- Surface Energy and the Orientation of Molecules in Surfaces as revealed by Surface Energy relations (0)
- Emission ofγ-rays by Nuclei Excited by Neutrons, and Nuclear Energy Levels (1933) (0)
- The Cobaltammines. (1916) (0)
- The Separation of the Elements Chlorine and Mercury into Isotopes (1921) (0)
- Artificial Radioactivity and the Conversion of Kinetic intoγ-ray Energy Associated with Nuclear Disintegration by Neutrons (1934) (0)
- THE POSITIVE ELECTRON AND THE BUILDING OF ATOMS (1920) (0)
- THE EFFECTS OF SALTS UPON THE SOLUBILITY OF OTHER SALTS. VII. DISCUSSION OF THE SOLUBILITY RELATIONS OF UNIBIVALENT SALTS. (1911) (0)
- ISOTOPES: A NEW RELATION CONCERNING THE PERIODIC SYSTEM OF THE ATOMIC SPECIES (1923) (0)
- The Mass of the Neutron (1934) (0)
- The Osmotic Pressure and Lowering of the Freezing-Point of Mixtures of Salts with One Another and with Non-Electrolytes in Aqueous Solutions. (1916) (0)
- SURFACE STRUCTURE AND ATOM BUILDING. II. (0)
- Nuclear Reactions and Their Classification by Atomic and Isotopic Numbers (1935) (0)
- The Intermediate Nucleus in the Disintegrative Synthesis of Atomic Nuclei: Disintegration in Steps. (1937) (0)
- The Adhesion Between Mercury, Water, and Organic Substances, and the Fundamental Principles of Flotation. (1919) (0)
- NUCLEAR CHEMISTRY, THE NEUTRON AND ARTIFICIAL RADIOACTIVITY. (1936) (0)
- THE EMISSION OF γ-RAYS IN NUCLEAR REACTIONS (1934) (0)
- The Relationship Between the Energy of Adsorption of a Vapor on a Solid and of Immersion of the Solid in a Liquid (1943) (0)
- The Principle of Continuity and Regularity of Series of Atom Nuclei (Atomic Species) (1931) (0)
- The stability of atom nuclei, the separation of isotopes, and the whole number rule: Supplementary note (1923) (0)
- THE STRUCTURE OF ATOMS AND THE EVOLUTION OF THE ELEMENTS AS RELATED TO THE COMPOSITION OF THE NUCLEI OF ATOMS. II. (0)
- The Masses ofO17 (1931) (0)
- SOME RELATIONS OF CARBON AND ITS COMPOUNDS (1936) (0)
- The Production of High Velocity Particles in a Cyclotron by the Use of Multiphase Oscillators (1936) (0)
- Chemistry at the Washington Meeting of the American Association (1924) (0)
- Additions and Corrections-Structure of Soap Micelles Indicated by X-Rays and the Theory of Molecular Orientation. I. Aqueous Solutions (1946) (0)
- The Synthesis and Disintegration of Atoms as Revealed by the Photography of Wilson Cloud Tracks (1926) (0)
- Surface Structure and Atom Building. II (1929) (0)
- SURFACE PRESSURES AND POTENTIALS OF MONOMOLECULAR FILMS OF LONG MOLECULES: POLYMERS OF ι-HYDROXYDECANOIC ACID (1935) (0)
- RELATIONS INVOLVED IN THE DISINTEGRATION OF ATOMS BY “NON-CAPTURE” COLLISIONS (1934) (0)
- The existence of stable nuclei as related to the principle of regularity and continuity of series and the ends of nuclear shells (1949) (0)
- The frequency of occurrence of the disintegrative-synthesis of oxygen 17 from nitrogen and helium (1931) (0)
- The Classification and the Prediction of Isotopes (1922) (0)
- Atomic Stability as Related to Nuclear Spin (1930) (0)
- The Extension of the Attractive Energy of a Solid into an Adjacent Liquid or Film and the Decrease of Energy with Distance (1943) (0)
- The Production of High Velocity Ions for the Disintegration of Atomic Nuclei (1936) (0)
- THE NEUTRON, THE ATOMIC NUCLEUS AND MASS DEFECTS (1933) (0)
- SURFACE STRUCTURE AND ATOM BUILDING. (0)
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