Arend Joan Rutgers
#64,821
Most Influential Person Now
Dutch chemist
Arend Joan Rutgers's AcademicInfluence.com Rankings
Arend Joan Rutgerschemistry Degrees
Chemistry
#1742
World Rank
#2530
Historical Rank
Organic Chemistry
#1049
World Rank
#1182
Historical Rank

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Chemistry
Arend Joan Rutgers's Degrees
- Bachelors Chemistry University of Amsterdam
- Masters Chemistry University of Amsterdam
- PhD Chemistry Utrecht University
Why Is Arend Joan Rutgers Influential?
(Suggest an Edit or Addition)According to Wikipedia, Arend Joan Rutgers was a Dutch-Belgian physical chemist. Arend Joan Rutgers went to high school in Almelo, after which he studied chemistry at the University of Amsterdam. He later obtained his master's degree in 1926 he went to Leiden, where he studied theoretical physics under Paul Ehrenfest. In 1930, he obtained his Ph.D. from the University of Leiden and completed a thesis titled "Bijdrage tot de theorie der thermoelectriciteit in kristallen." . In 1931, he returned to Amsterdam and worked as a research assistant.
Arend Joan Rutgers'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
- Electrosmosis, streaming potentials and surface conductance (1947) (49)
- Researches on electro-endosmosis (1945) (44)
- Part I.—(B) Streaming effects and surface conduction. Streaming potentials and surface conductance (1940) (41)
- Note on supraconductivity (1934) (30)
- Influence of turbulence upon electrokinetic phenomena. Experimental determination of the thickness of the diffuse part of the double layer (1957) (27)
- Supersonic Vibration Potentials and Centrifugation Potentials (1946) (25)
- Ultrasonic vibration potentials in colloidal solutions, in solutions of electrolytes and in pure liquids (1958) (24)
- Electrokinetic potentials and electrical conductance in solutions of low dielectric constant (1952) (20)
- Supersonic Vibration Potentials (Debye Effect) in Colloidal Solutions (1950) (16)
- A Microscopic Electrophoresis Cell (1950) (13)
- Streaming currents with nonaqueous solutions (1959) (12)
- CCCLII.—The complexity of the solid state. Part II. The behaviour of phosphorus pentoxide. Part I (8)
- Centrifugation Potentials in Sols of Silver Iodide (1953) (7)
- Experimental test of Overbeek and Wijga's theory (1955) (7)
- The coming ice age (1990) (7)
- A Fast Continuous Electrodialyser for Hydrophilic Colloids, and A Fast Continuous Electrodecanter for Hydrophobic Colloids (1951) (5)
- Structure of the double layer surrounding the particles of the sol of silver iodide (1958) (4)
- The electroviscous effect in sols of silver iodide (1958) (4)
- Influence of turbulence on electrokinetic phenomena; experimental determination of the thickness of the diffuse part of the double layer (1956) (1)
- Area and degree of occupation of the surface of precipitates of barium sulphate (1955) (1)
- The electrical double layer. General discussion (1940) (1)
- Number of Free Protons in the Nucleus (1932) (0)
- How appropriate phases can be given to a number of accelerators along a closed race-track (1953) (0)
- Negative adsorption of anions by suspensions of bentonites (1958) (0)
- Ratio of Nucleon Mass and Electron Mass (1959) (0)
- Surface exchange adsorption between precipitates of BaSO4 and solutions of BaCl2, Pb(NO3), CaCl2, CsCl, NaCl, and Na2CrO4 (1958) (0)
- Simultaneous continuous creation of space and matter (1993) (0)
- Kinetic derivation of the value of the equilibrium constant of a chemical reaction (1966) (0)
- The effect of pressure on some slow reactions in solution (1937) (0)
- Mortality by cancer as a function of age (1953) (0)
- IS MATTER COMSTANTLY CREATED (1951) (0)
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