James Kendall

Q: What Schools Are Affiliated With James Kendall

James Kendall is affiliated with the following schools: New York University, Harvard University, Stockholm University, Imperial College London, University of Oxford, University of Edinburgh, Columbia University

James Kendall 's AcademicInfluence.com Rankings

James Kendall

Chemistry

#1311

Historical Rank

Organic Chemistry

#162

Historical Rank

chemistry Degrees

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Chemistry

James Kendall 's Degrees

PhD Chemistry University of Oxford
Masters Chemical Engineering Imperial College London

Why Is James Kendall Influential?

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According to Wikipedia, James Pickering Kendall FRS FRSE was a British chemist. Life Kendall was born in Chobham, Surrey to soldier William Henry Kendall of the Royal Horse Artillery, and his second wife Rebecca Pickering. He attended the local village school and then, from 1900, Farnham Grammar School. From 1907 to 1910, he studied at the University of Edinburgh graduating with both a BSc and MA. In 1912, with the support of a scholarship, he went to the Nobel Institute for Physical Chemistry in Stockholm to work with Arrhenius on electrolytes.

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James Kendall '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

Inorganic Chemistry (1944) (2872)
THE VISCOSITY OF LIQUIDS. II. THE VISCOSITY-COMPOSITION CURVE FOR IDEAL LIQUID MIXTURES.1 (1917) (214)
Separation of Isotopes (1923) (93)
A STUDY OF THE FACTORS INFLUENCING COMPOUND FORMATION AND SOLUBILITY IN FUSED SALT MIXTURES1 (1923) (79)
STUDIES ON THE STRUCTURE AND DEVELOPMENT OF CERTAIN CYNIPID GALLS (1929) (56)
THE VISCOSITY OF LIQUIDS. III. IDEAL SOLUTIONS OF SOLIDS IN LIQUIDS.1 (1917) (33)
THE SPECIFIC CONDUCTIVITY OF PURE WATER IN EQUILIBRIUM WITH ATMOSPHERIC CARBON DIOXIDE. (1916) (33)
SEPARATIONS BY THE IONIC MIGRATION METHOD. (1928) (29)
THE SOLUBILITY OF SLIGHTLY SOLUBLE CHLORIDES IN CONCENTRATED CHLORIDE SOLUTIONS (1925) (21)
Separation of Isotopes and Thermal Diffusion (1942) (17)
The Separation of Rare Earths by the Ionic Migration Method. (1925) (15)
THE SEPARATION OF RADIUM AND OF MESOTHORIUM I FROM BARIUM BY THE IONIC MIGRATION METHOD (1926) (15)
AN ATTEMPTED SEPARATION OF HAFNIUM AND ZIRCONIUM BY THE IONIC MIGRATION METHOD (1926) (15)
The Separation of Isotopes by the Ionic Migration Method. (1924) (14)
The structure and development of certain eriophyid galls (1930) (14)
ORIGIN OF A TETRAPLOID SHOOT FROM THE REGION OF A TUMOR ON TOMATO. (1932) (14)
COMPOUND FORMATION AND SOLUBILITY IN SYSTEMS OF THE TYPE SULFURIC ACID: METAL SULFATE. (1921) (13)
COMPOUND FORMATION AND SOLUBILITY IN SYSTEMS OF THE TYPE, FORMIC ACID:METAL FORMATE. (1921) (13)
CXXXVIII.—The velocity of the hydrogen ion, and a general dissociation formula for acids (12)
Part II. Intermediate addition-compounds and chain reactions. Compound formation in ester-water systems (12)
COMPOUND FORMATION AND VISCOSITY IN SOLUTIONS OF THE TYPES ACID: ESTER, ACID: KETONE, AND ACID: ACID. (1921) (12)
THE PREDICTION OF SOLUBILITY IN POLAR SOLUTIONS. (1921) (11)
STUDIES ON CATALYSIS. I. THE ADDITION COMPOUNDS OF ESTERS WITH ORGANIC ACIDS.1 (1916) (11)
COMPOUND FORMATION AND SPECIFIC CONDUCTIVITY IN SOLUTIONS OF THE TYPES ACID: ESTER, ACID: KETONE AND ACID:ACID. (1921) (11)
THE CATALYTIC INFLUENCE OF FOREIGN OXIDES ON THE DECOMPOSITION OF SILVER OXIDE, MERCURIC OXIDE AND BARIUM PEROXIDE.1 (1921) (11)
REVIEW: THE PREPARATION OF CONDUCTIVITY WATER.1 (1916) (11)
THE ADDITION COMPOUNDS OF ORGANIC ACIDS IN PAIRS. (1914) (10)
THE ADDITION COMPOUNDS OF PHENOLS WITH ORGANIC ACIDS. (1916) (9)
THE ADDITION COMPOUNDS OF DIMETHYLPYRONE WITH ORGANIC ACIDS. (1914) (9)
THE VISCOSITY OF LIQUIDS. IV. IDEAL MIXTURES OF THE TYPES ETHER-ETHER AND ESTER-ESTER. (1920) (8)
Studies on certainPetunia aberrants (1931) (7)
THE ABNORMALITY OF STRONG ELECTROLYTES AND THE IONIZATION THEORY OF GHOSH1 (1922) (7)
ADDITION COMPOUND FORMATION IN AQUEOUS SOLUTIONS. THE STABILITY OF HYDRATES AND THE DETERMINATION OF HYDRATION IN SOLUTION.1 (1917) (7)
The Viscosity of Liquids. V. The Ideality of the System: Benzene - Benzyl Benzoate and the Validity of the Bingham Fluidity Forumula (7)
THE WATER CORRECTION IN CONDUCTIVITY DETERMINATIONS.2 (7)
THE FORMATION OF ADDITION COMPOUNDS BETWEEN 100% SULFURIC ACID AND THE NEUTRAL SULFATES OF THE ALKALI METALS. (1920) (7)
Irregular meiosis inLycium halimifolium Mill. Produced by gall mites (Eriophyes) (1929) (6)
A PARTHENOGENETIC ABERRANT TOBACCO PLANT (1930) (6)
Smith's college chemistry (5)
The First Chemical Journal (1947) (5)
Calcium Isotope with Mass 41 and the Radioactive Half-Period of Potassium (1933) (5)
CCXXXV.—The stability of additive compounds between esters and acids (4)
Sulfuric acid-induced fluorescence of corticosteroids: effects of position substituents on fluorescence. (1975) (4)
Carl Wilhelm Scheele (1942) (4)
The Melting Point of Ammonium Sulfate. (1921) (4)
THE HEAT OF VAPORIZATION OF NORMAL LIQUIDS. (1914) (4)
THE ADDITION COMPOUNDS OF ALDEHYDES AND KETONES WITH ORGANIC ACIDS. (4)
Pure liquids and liquid mixtures. (General introductory paper.) (1937) (3)
ADDITION COMPOUNDS OF AMMONIA WITH THE AMMONIUM HALIDES. (1920) (3)
Descriptions of Four New Forms of Eriophyes (3)
THE APPLICATION OF IDEAL SOLUTION EQUATIONS TO DILUTE AQUEOUS SOLUTIONS. (1921) (3)
I.—The Adventures of an Hypothesis (1950) (3)
Smith's inorganic chemistry (3)
COMPOUND FORMATION AND CONDUCTIVITY IN SYSTEMS OF THE TYPES FORMIC ACID: METAL FORMATE AND SULFURIC ACID: METAL SULFATE. (1921) (3)
THE EXTENSION OF THE DILUTION LAW TO CONCENTRATED SOLUTIONS. (1914) (2)
The Alembic Club (1952) (2)
Nicotine content in an experimentally obtained tobacco population. (2)
THE MECHANISM OF THE IONIZATION PROCESS. (1917) (2)
The first chemical society in the world (1935) (2)
THE FRACTIONATION OF ISOTOPES BY ELECTROLYSIS (1933) (2)
Smith's General Chemistry for Colleges (1)
CCXXXVI.—Additive compounds in the ternary system: ester–acid–water (1)
THE ABUSE OF WATER. (1927) (1)
At home among the atoms : a first volume of candid chemistry (1)
XXV.—The First Chemical Society, the First Chemical Journal, and the Chemical Revolution (1952) (1)
The Correlation of Compound Formation, Ionization and Solubility in Solutions: Outline of a Modified Ionization Theory. (1921) (1)
XXIX.—The First Chemical Society, the First Chemical Journal, and the Chemical Revolution (Part II) (1952) (1)
Balancing chemical equations (1932) (1)
AN ABERRANT NICOTIANA WITH 91 CHROMOSOMES (1931) (1)
THE FACTORS AFFECTING THE STABILITY OF ADDITION COMPOUNDS IN SOLUTION AND THEIR INFLUENCE UPON IONIZATION EQUILIBRIA (Part I).1 (1921) (1)
THE CATALYTIC DECOMPOSITION OF CERTAIN OXIDES (1922) (1)
On the ionic solubility-product (1911) (1)
Smith's introductory college chemistry (1931) (0)
Proteins anad the Theory of Colloidal Behavior (1922) (0)
Inorganic chemistry / James Kendall (1932) (0)
Svante August Arrhenius (0)
A laboratory outline of Smith's college chemistry (1936) (0)
A New Gall Mite on Prunus Maritima Wang (1928) (0)
The present status of the ionization theory (1925) (0)
Dr. Leonard Dobbin (1952) (0)
THE MOLECULAR STATE OF WATER VAPOR.1 (1920) (0)
Mass Spectra and Isotopes (1942) (0)
Electrolytic Oxidation and Reduction: Principles of Experimental and Theoretical Electrochemistry Principles and Applications of Electrochemistry Principles and Applications of Electrochemistry (1936) (0)
A laboratory outline of general chemistry : an experimental cource based upon the manuals of the late Alexander Smith (1936) (0)
Origin of a Tetraploid Shoot from the Region of a Tumor on Tomato (1932) (0)
Calcium Isotope with Mass 41 and the Radioactive Half-period of Potassium (1934) (0)
Chemistry at New York University—The future (1928) (0)
General chemistry : a cultural course based upon the texts of the late Alexander Smith (0)
At home among the atoms : a first book of congenial chemistry (0)
Three Lectures on Atomic Physics (Sommerfeld, Arnold) (1927) (0)
Prof. A. A. Noyes (1936) (0)
Alexander Smith as an educator (1932) (0)
The calculation of the formula of a compound from its percentage composition (1925) (0)
Sir James Walker, F.R.S. (1935) (0)
XIII.—Ions and Isotopes (1938) (0)

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What Schools Are Affiliated With James Kendall ?

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