Otto Redlich

Q: What Schools Are Affiliated With Otto Redlich

Otto Redlich is affiliated with the following schools: University of California, Berkeley, University of Göttingen, Washington State University, University of Chicago, Johns Hopkins University, University of Vienna

Otto Redlich's AcademicInfluence.com Rankings

Otto Redlich

Chemistry

#740

Historical Rank

Chemical Engineering

#51

Historical Rank

chemistry Degrees

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Chemistry

Otto Redlich's Degrees

PhD Chemistry University of Göttingen

Why Is Otto Redlich Influential?

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According to Wikipedia, Otto Redlich was an Austrian physical chemist who is best known for his development of equations of state like Redlich-Kwong equation. Besides this he had numerous other contributions to science. He won the Haitinger Prize of the Austrian Academy of Sciences in 1932.

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Otto Redlich'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

Algebraic Representation of Thermodynamic Properties and the Classification of Solutions (1948) (4917)
A USEFUL ADSORPTION ISOTHERM (1959) (2120)
On the thermodynamics of solutions; an equation of state; fugacities of gaseous solutions. (1949) (1967)
Thermodynamics of Nonelectrolyte Solutions - x-y-t relations in a Binary System (1948) (433)
The Molal Volumes of Electrolytes (1964) (369)
Addition Compounds of Urea and Organic Substances (1950) (83)
Ionization of Strong Electrolytes. III. Proton Magnetic Resonance in Nitric, Perchloric, and Hydrochloric Acids (1954) (74)
The Ionization of Strong Electrolytes. I. General Remarks, Nitric Acid (1943) (49)
Thermodynamics: Fundamentals, applications (1976) (48)
Group Interactin. I. A Model for Interaction in Solutions (1959) (48)
The dissociation of strong electrolytes. (1946) (46)
On the Thermodynamics of Non‐Electrolyte Solutions and Its Technical Applications III. Systems with Associated Components (1947) (42)
Fundamental Thermodynamics Since Carathéodory (1968) (34)
The Ionization of Strong Electrolytes. II. Ionization, Raman Spectrum and Vibrations of Perchloric Acid (1944) (31)
Molal Volumes of Solute. IV. (1940) (30)
THE MOLAL VOLUME OF ELECTROLYTES (1963) (30)
IONIZATION OF STRONG ELECTROLYTES XI. THE MOLECULAR STATES OF NITRIC ACID AND PERCHLORIC ACID (1968) (29)
Raman Spectrum and Molecular Vibrations of Nitric and Deuteronitric Acids (1943) (29)
On the Thermodynamics of Solutions. IV. The Determination of Liquid--Vapor Equilibria by Measuring the Total Pressure (1949) (28)
Peroxysulfuric Acid And Peroxyformic Acid. Equilibrium And Formation Rate (1956) (24)
Improved Equation of State (1969) (23)
Sorption of Normal Paraffins by Molecular Sieves Type 5A. (1962) (23)
Ionization of Strong Electrolytes. IV. Nuclear Magnetic Resonance and Dissociation of Trifluoroacetic Acid (1955) (21)
Addition Compounds of Thiourea (1950) (21)
On the Thermodynamics of Solutions. VII. Critical Properties of Mixtures (1962) (21)
Intensive and extensive properties (1970) (20)
Ionic interaction, dissociation and molecular structure (1957) (18)
Science and mathematics (1972) (17)
Molal Volumes of Solutes. VI. Potassium Chlorate and Hydrochloric Acid (1942) (15)
On the Anharmonicity of Vibrations of Polyatomic Molecules. I (1941) (14)
THERMODYNAMICS OF SOLUTIONS XII. CONSISTENCY OF SPARSE DATA. ACTIVITIES OF NITRIC ACID AND PERCHLORIC ACIDS (1968) (13)
Thermodynamics of Solutions. Equation of State and Vapor Pressure (1965) (11)
On the Three-Parameter Representation of the Equation of State (1975) (11)
Extraction of alumina from clay (1946) (9)
Molal Volumes of Solutes. VII. Sodium Acetate and Acetic Acid (1942) (9)
Anharmonicity of CH Vibrations and Product Rule (1939) (8)
The Determination of the Constants of Harmonic Vibrations (1937) (7)
Thermodynamic properties of electrolytes at infinite dilution. [Ambient pressure, 25/sup 0/C, calculated data] (1942) (6)
THE BASIS OF THERMODYNAMICS (1969) (6)
ON THE THERMODYNAMICS OF SOLUTIONS. IX. CRITICAL PROPERTIES OF MIXTURES AND THE EQUATION OF BENEDICT, WEBB, AND RUBIN (1963) (5)
GENERALIZED COÖRDINATES AND FORCES (1962) (4)
On Phosphorescence Vibration Spectra of Polyatomic Molecules (1945) (4)
Vibrations of Benzene and Raman Spectra of Benzene‐d and Benzene‐d2 (1935) (4)
On the Thermodynamics of Azeotropic Solutions. I. Shift of Equilibrium in Binary Systems1 (1944) (2)
The silver chloride electrode (1943) (2)
Some Relations for Vapor-Liquid Equilibria and Critical Mixtures (1969) (2)
On a Distillation Theorem by Schreinemakers (1950) (2)
Raman Spectrum of the Deuterohydroxylammonium Ion (1945) (2)
On the phase rule (1945) (1)
The vibration spectrum of nitric acid. (1947) (1)
CELLS WITHOUT TRANSFERENCE FORpH DETERMINATION (1939) (1)
So-called zeroth law of thermodynamics (1970) (1)
On the fractionation of polypropylene by coacervation (1963) (1)
Entropy: a modern discussion (1975) (1)
A distribution function for oil mixtures and polymers (1960) (1)
Raman Effect of Molecule Type XY6 (1934) (1)
Reaction rate and dissociation of sulfuric acid (1968) (1)
THE FIRST DISSOCIATION OF SULFURIC ACID (1968) (0)
Complexes of Urea and n-ParaffinseStructure, Properties and Application in Extractive Crystallization (1951) (0)
USE OF THE PROGRAM ""EQUATION OF STATE 1964"" (FORTRAN II) (1964) (0)
THERMODYNAMICS AND TECHNOLOGY (1977) (0)
COMPUTER PROGRAMS FOR AN IMPROVED EQUATION OF STATE (ES68Z AND ES68M). (1969) (0)
Correction Thermodynamics of Solutions. Equiation of State and Vapor Pressure (1966) (0)
Note on the Calculation of Activity Coefficients and of Molal Volumes (1936) (0)
Old and new problems in the field of vapor‐liquid equilibria (1963) (0)
Terminology Reexamined Physical Versus Chemical Change Intensive and Extensive Properties. (1970) (0)
Physically Meaningful Concepts (1959) (0)

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What Schools Are Affiliated With Otto Redlich?

Otto Redlich is affiliated with the following schools:

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