Eugen Glueckauf
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Most Influential Person Across History
German-Jewish atomic chemist
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Chemistry
Why Is Eugen Glueckauf Influential?
(Suggest an Edit or Addition)According to Wikipedia, Eugen Glueckauf FRS was a German-born British expert on nuclear power. Biography Eugen Glückauf was born on 9 April 1906 in Eisenach, Germany, the son of Bruno Glückauf, a clothier, and Elsa Pretzfelder.
Eugen Glueckauf'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
- Theory of chromatography. Part 10.—Formulæ for diffusion into spheres and their application to chromatography (1955) (756)
- Theory of chromatography. Part 9. The “theoretical plate” concept in column separations (1955) (412)
- 241. Theory of chromatography. Part IV. The influence of incomplete equilibrium on the front boundary of chromatograms and on the effectiveness of separation (1947) (376)
- The influence of ionic hydration on activity coefficients in concentrated electrolyte solutions (1955) (165)
- Activity Coefficients in Concentrated Solutions Containing Several Electrolytes (1949) (104)
- Theory of chromatography. VII. The general theory of two solutes following non-linear isotherms (1949) (97)
- 239. Theory of chromatography. Part II. Chromatograms of a single solute (1947) (84)
- The Composition of Atmospheric Air (1951) (74)
- Theory of chromatography. VIII. The separation of lithium isotopes by ion exchange and of neon isotopes by low-temperature adsorption columns (1949) (72)
- Theory of chromatography. Part 11.—Enrichment of isotopes by chromatography (1958) (68)
- A new approach to ion exchange polymers (1962) (66)
- Molar volumes of ions (1965) (60)
- The Donnan law and its application to ion exchanger polymers (1962) (59)
- A theoretical treatment of cation exchangers - III. The hydration of cations in polystyrene sulphonates (1955) (57)
- Bulk dielectric constant of aqueous electrolyte solutions (1964) (54)
- Principles of Desalination (1966) (45)
- A theoretical treatment of cation exchangers - I. The prediction of equilibrium constants from osmotic data (1952) (44)
- Possible F-Shell Covalency in the Actinide Elements (1950) (39)
- The distribution of electrolytes between cellulose acetate membranes and aqueous solutions (1976) (36)
- Adsorption Isotherms from Chromatographic Measurements (1945) (33)
- Heats and entropies of ions in aqueous solution (1964) (32)
- The hydrogen content of atmospheric air at ground level (1957) (29)
- The solubility of calcium sulphate in sodium chloride and sea salt solutions (1968) (28)
- The partition of uranyl nitrate between water and organic solvents. Part II.—The partition data and their interpretation (1951) (26)
- Theory of chromatography; the influence of incomplete equilibrium on the front boundary of chromatograms and on the effectiveness of separation. (1947) (25)
- 687. Theory of chromatography. Part VI. Precision measurements of adsorption and exchange isotherms from column-elution data (1949) (23)
- Monolayer adsorption of two species on non-uniform surfaces. Part 1—Adsorption isotherms (1953) (23)
- Electrostatic interactions in electrolyte solutions (1969) (21)
- Non-Uniformity of Cross-linking in Ion-Exchange Polymers (1961) (20)
- Structural analysis of ion semi-permeable membranes by co-ion uptake and diffusion studies (1963) (18)
- 242. Theory of chromatography. Part V. Separation of two solutes following a Freundlich isotherm (1947) (17)
- The equivalent pore radius of dense cellulose acetate membranes (1970) (16)
- Molar volumes of ions. Part 2 (1968) (16)
- ISOTOPE SEPARATION BY ION EXCHANGE (1959) (15)
- The adsorption of some proteins on hydroxylapatite and other absorbents used for chromatographic separations. (1974) (15)
- 240. Theory of chromatography. Part III. Experimental separation of two solutes and comparison with theory (1947) (14)
- Ionic association in aqueous solutions of bivalent sulphates (1969) (14)
- Some Observations concerning the Energy of Nuclei (1948) (13)
- Thermodynamic data of the calcium sulphate solution process between 0 and 200°C (1970) (12)
- Thermodynamic data on concentrated sulphuric acid solutions (1956) (11)
- THE MOVEMENT OF HIGHLY RADIOACTIVE GASES IN ADSORPTION TUBES (1959) (10)
- Theory of chromatography. Part 13.—Behaviour of wide bands in a chromatographic column (1964) (10)
- Sea Water Desalination–in Perspective (1966) (9)
- Effect of the dielectric constant on the activity coefficients of electrolytes in aqueous solutions (1964) (9)
- The activity coefficients of elctrolytes with particular reference to aqueous mixtures of 2:2 With 1:1 electrolytes (1971) (9)
- GAS CHROMATOGRAPHIC SEPARATION OF HYDROGEN ISOTOPES (1956) (9)
- Investigations on absorption hygrometers at low temperatures (1947) (8)
- The krypton and xenon contents of atmospheric air (1956) (8)
- A micro-analysis of the helium and neon contents of air (1946) (7)
- Theory of chromatography; chromatograms of a single solute. (1947) (6)
- Further studies of 2:2 electrolytes: osmotic and activity coefficients (1976) (6)
- THE LONG-TERM ASPECT OF FISSION PRODUCT DISPOSAL (1955) (5)
- SEPARATION OF ISOTOPES BY GAS AND ION EXCHANGE CHROMATOGRAPHY (1963) (5)
- ISOTOPE SEPARATION BY REVERSIBLE CHEMICAL PROCESSES (1961) (4)
- Hydration of Metal Cations (1953) (4)
- S 61. The activity coefficient of uranyl nitrate in the presence of sodium nitrate (1949) (3)
- S 69. On the direct production of carrierless organic radio-halides (1949) (3)
- Atomic Energy Waste. Its Nature Use and Disposal (TORSTEN LINDQVIST) (1961) (3)
- Possible f-Shell Covalency in the Actinide Elements (1950) (3)
- Ion Exchange: Gordon Research Conference (1950) (2)
- Sea water softening by osmosis through desalinating membranes (1967) (2)
- Theory of Sorption Columns (1951) (2)
- Theory of Sorption Columns (1951) (1)
- Theory of chromatography; experimental separation of two solutes and comparison with theory. (1947) (1)
- HEAT CONDUCTION IN CHARCOAL COLUMNS (1958) (1)
- THE IMPORTANCE OF SOLVENT EXTRACTION IN ATOMIC ENERGY (1958) (1)
- REMOVAL OF RADIO-ACTIVE IODINE FROM MILK (1959) (1)
- REPORT OF WORKING PARTY OF BOARD OF MANAGEMENT ON AN EXTENSION OF THE DRAGON PROJECT AGREEMENT. Project DRAGON. (1962) (0)
- Theory of chromatography; separation of two solutes following a Freundlich irotherm. (1947) (0)
- THE RECOVERY OF RADIO KRYPTON FROM DISSOLVER WASTE GASES BY FRACTIONAL EXTRACTION IN SOLVENTS (1959) (0)
- Robert Spence, 7 October 1905 - 10 March 1976 (1977) (0)
- [Book Reviews] (1964) (0)
- THERMODYNAMICS OF THE SYSTEMS HNO$sub 3$-H$sub 2$O-ETHERS (1956) (0)
- CHEMICAL OPERATIONS WITH FISSION PRODUCT SOLUTIONS (1955) (0)
- UTILIZATION OF REACTOR WASTE PRODUCTS (1955) (0)
- A BASIC STUDY OF FISSION PRODUCT POISONING (1956) (0)
- Leak testing of vacuum plant by helium analysis (1958) (0)
- LEAKAGE TEST BY THE HELIUM METHOD (1952) (0)
- THEORY OF ION EXCHANGE II. EQUILIBRIA BETWEEN AN ION EXCHANGER AND AN AQUEOUS SOLUTION WITH A COMMON CATION (1952) (0)
- THEORY OF ION EXCHANGE--III. THE HYDRATION OF CATIONS IN POLYSTYRENE SULPHONATES (1955) (0)
- [Book Reviews] (1951) (0)
- THE THERMODYNAMICS OF CATION EXCHANGERS. I. THE PREDICTION OF EQUILIBRIUM CONSTANTS FROM OSMOTIC DATA (1951) (0)
- A device for removing from the Spaltproduktmetalldaempfen Kuehlgasstrom a nuclear reactor (1962) (0)
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