Kurt Heinrich Meyer

Kurt Heinrich Meyer's AcademicInfluence.com Rankings

Kurt Heinrich Meyer

Chemistry

#2108

Historical Rank

Organic Chemistry

#664

Historical Rank

chemistry Degrees

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Chemistry

Kurt Heinrich Meyer's Degrees

PhD Chemistry University of Göttingen

Why Is Kurt Heinrich Meyer Influential?

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According to Wikipedia, Kurt Heinrich Meyer or Kurt Otto Hans Meyer was a German chemist. Life and work Born in Tartu, Estonia, Meyer was the son of the pharmacologist Hans Horst Meyer. He was a student from 1892 until 1901 in the “Gymnasium Philippinum” in Marburg, Germany. This was followed at first by studies in medicine, later in chemistry in Marburg , and in Leipzig, Freiburg, London, and Munich. In Leipzig, Meyer obtained his PhD in 1907 with the dissertation “Untersuchungen über Halochromie” under the direction of Arthur Hantzsch. Afterwards, following the advice of his father, he travelled to England to complement his education and worked for several months in the laboratory of Ernest Rutherford. After his return to Germany in 1891, he obtained the highest academic degree, the Habilitation, working under the direction of Adolf von Baeyer in Munich on the determination of the equilibrium of the Keto-enol tautomerism of ethyl acetoacetate. This was done through the determination of the Enol content in Keto-Enol-tautomerism equilibria via titration of bromine . The Meyer-Schuster rearrangement and the "Meyer’s Back Titration" method bear his name.

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Kurt Heinrich Meyer'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

Contributions to the theory of narcosis (1937) (160)
Starch solutions and pastes and their molecular interpretation. (1949) (39)
A Discussion on The Protein Molecule (1939) (37)
The thermoelastic properties of muscle and their molecular interpretation (1937) (35)
THE POTENTIOMETRIC ANALYSIS OF MEMBRANE STRUCTURE AND ITS APPLICATION TO LIVING ANIMAL MEMBRANES (1946) (29)
Part II.—Artificial membranes. Introductory paper. Artificial membranes: their structure and permeability (1937) (29)
The Elasticity of Rubber (1935) (28)
[Contribution to the study of heparin]. (1950) (17)
Structure of Amylopectin (1947) (15)
Inorganic substances with rubber-like properties (1936) (15)
The present status of starch chemistry. (1951) (15)
The past and present of starch chemistry (1952) (15)
Biological Significance of Folding and Unfolding of Protein Molecules (1951) (12)
Transformation of Hydrate Cellulose into Native Cellulose (1937) (11)
Fibrous Proteins (1949) (10)
Thermoelastic properties of several biological systems. (1952) (8)
Molecular processes during deformation of rubberlike elastic bodies (1946) (7)
A Discussion on the Protein Molecule, 17 November 1938. Opening Address (1939) (6)
THE MOLECULAR STRUCTURE OF THE CELL WALL1 (1931) (6)
The long range elasticity of hair keratin (1952) (6)
Researches on rubber and rubber‐like substances (1938) (6)
Atomic configuration of cellulose (1947) (5)
The purification and crystallization of malt beta-amylase. (1950) (5)
Possibility of the Formation of Cyclols from Simple Peptides (1938) (4)
Contribution to the Study of the Vulcanization Reaction (1936) (4)
La texture de la cellulose animale (1951) (4)
Diffraction of X-Rays by Bence-Jones Protein (1936) (4)
Classification of Fibrous Proteins (1949) (2)
The origin of bioelectric phenomena (1937) (2)
The State of Aggregation of Rubber and of Substances with Rubberlike Extensibility. (1939) (2)
Natural and synthetic high polymers : a textbook and reference book for chemists and biologists (1950) (2)
Purification and crystallization of human pancreatic amylase. (1948) (2)
La constitution de l'acide hyaluronique (1950) (2)
Constitution of ‘Pure’ Cellulose (1949) (2)
L'isolement de l'α-amylase de pancréas (1946) (2)
Physical and chemical properties of crystalline alpha-amylase of hog pancreas. (1947) (1)
Cristallisation de l'α-amylase de pancréas (1947) (1)
Heat of Dilution in the System: Rubber-Toluene (1939) (1)
The Thermoelastic Properties of Rubber (1947) (1)
[The microstructure, tensile strength and contractility of animal tissue]. (1951) (1)
[The texture of animal cellulose]. (1951) (1)
Properties of Higher Polymers in Solution. III. The Action of Ultra-Violet Light on Dissolved Rubber (1936) (1)
The Fine Structure of Crystallized Rubber (1937) (1)
Studies on starch. 24. Composition o! certain types of starch. (1942) (0)
The Molecular Weight and Constitution of Natural Rubber (1942) (0)
The Crystal Structures of Cellulose and of Rubber (1939) (0)
The Properties of Polymers in Solution. X. Ultrafiltrations of Rubber Solutions (1939) (0)
[Constitution of hyaluronic acid]. (1950) (0)
The Fusion Curves of Rubber and Gutta-Percha (1938) (0)
[The configuration of digoxigenin]. (1953) (0)
Researches on Rubber and Rubber-like Substances (1939) (0)
[The structure of cinobufagin]. (1959) (0)
Book Reviews (1937) (0)
Fractures of the hip in patients from 92 to 103 years old. (1955) (0)
[The constitution of resibufogenins and artebufogenins]. (1958) (0)

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Kurt Heinrich Meyer's Academic­Influence.com Rankings