N. Howell Furman

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N. Howell Furman is affiliated with the following schools: University of California, Berkeley, Princeton University, Stanford University

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N. Howell Furman

Chemistry

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Chemistry

N. Howell Furman's Degrees

PhD Chemistry Stanford University
Masters Chemistry Stanford University

Why Is N. Howell Furman Influential?

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According to Wikipedia, Nathaniel Howell Furman was an American professor of analytical chemistry who helped develop the electrochemical uranium separation process as a member of the Manhattan Project. Background and career Furman was born in the Lawrenceville section of Lawrence Township, Mercer County, New Jersey in 1892. He attended Lawrenceville School, where he was a model student, graduating with a Master's Prize from his high school in 1909. He enrolled in Princeton University, where he received Phi Beta Kappa honors and graduated in 1913. He received an M.S. in 1915 and a Ph.D. from Princeton in 1917. Furman served in World War I in the Army Chemical Warfare Service. He returned to Princeton in 1919 to become an assistant professor, gaining promotion and tenure in 1937, and finished his career in 1960 as the Russell Wellman Moore professor of chemistry.

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N. Howell Furman's Published Works

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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

Standard Methods of Chemical Analysis (1962) (1171)
Analytical chemistry of the Manhattan Project (1950) (207)
Extraction of Cupferrates (1949) (135)
Elementary quantitative analysis (1944) (103)
Derivative Polarographic Titrations (1951) (69)
Colorimetric determination of traces of metals. 2nd ed: By E. B. Sandell, Professor of Analytical Chemistry, University of Minnesota, Minneapolis, Minn. Interscience Publishers, Inc., New York, N. Y., 1950. xix + 673. Price $9.00 (1952) (60)
A Polarographic Study of Certain Anthraquinones1 (1948) (54)
A Study of the Polarographic Behavior of Dropping Amalgam Electrodes1 (1950) (53)
Studies of the Reducing Action of Mercury. II. Stability of Quinquivalent Molybdenum Solutions. A Method for the Determination of Molybdenum by Reduction with Mercury and Titration with Ceric Sulfate (1936) (50)
Sensitive End-Point Procedure for Coulometric Titrations (1951) (49)
Folin colorimetric procedure for amino acids. (1950) (42)
Coulometric Titrations with Electrically Generated Ceric Ion (1951) (38)
Flame Photometric Determination of Phosphate (1954) (35)
APPLICATIONS OF CERIC SULFATE IN VOLUMETRIC ANALYSIS. VII. THE OXIDATION OF HYDROQUINONE BY CERIC SULFATE (1930) (34)
TITRATION OF URANIUM(IV) BY ELECTROLYTICALLY GENERATED CERIC ION (1953) (31)
Constant-Current Supply for Coulometric Analysis (1951) (28)
Improved Constant-Current Supply for Coulometric Analysis (1952) (27)
DETERMINATION OF FLUORINE BY PRECIPITATION AS TRIPHENYLTIN FLUORIDE (1932) (27)
The Use of the Concentration Cell in Quantitative Analysis. I. The Estimation of Small Amounts of Chloride in Salts (1935) (26)
Elementary quantitative analysis : theory and practice (1933) (25)
A Polarographic Study of o-Phthalic Acid and Phthalates (1942) (24)
The Diffusion Coefficients of Certain Metals in Mercury (1952) (23)
APPLICATIONS OF CERIC SULFATE IN VOLUMETRIC ANALYSIS. IV. THE POTENTIOMETRIC TITRATION OF VANADY ION ALONE OR IN THE PRESENCE OF FERRIC AND CHROMIC IONS. NOTE ON THE STABILITY OF VANADYL SOLUTIONS1 (1928) (23)
Studies of Organic Reagents and Methods Involving Their Use (1940) (21)
COULOMETRIC TITRATION OF MICROGRAM QUANTITIES OF VANADIUM IN URANIUM (1951) (21)
THE VOLUMETRIC DETERMINATION OF URANIUM. POTENTIOMETRIC TITRATION OF REDUCED URANIUM SOLUTIONS WITH CERIC SULFATE, OR WITH POTASSIUM PERMANGANATE. APPLICATION OF THE DIFFERENTIAL METHOD (1931) (21)
The Use of Iodine and of Potassium Iodate as Volumetric Oxidizing Agents in Solutions Containing Mercuric Salts. II. The Oxidation of Phenylhydrazine and of Semicarbazide by Means of Potassium Iodate (1937) (20)
APPLICATIONS OF CERIC SULFATE IN VOLUMETRIC ANALYSIS. V. POTENTIOMETRIC STUDY OF THE REACTION BETWEEN FERROCYANIDE AND CERIC IONS (1929) (20)
APPLICATIONS OF CERIC SULFATE IN VOLUMETRIC ANALYSIS. VI. OXIDATION OF HYDROGEN PEROXIDE BY CERIC SULFATE. INDIRECT DETERMINATION OF LEAD (1929) (19)
A Chronopotentiometric Study of Gallium (1960) (17)
Coulometric Titration of Manganese in Submicrogram Range (1952) (16)
The Separation of Tin from Other Metals. (1923) (16)
Diphenylamine as Indicator in the Reduction of Vanadic Acid. (1925) (15)
Current and Titration Efficiencies of Electrically Generated Manganic Ion. Ferric-Manganous Sulfate Dual Intermediate System (1960) (15)
APPLICATIONS OF CERIC SULFATE IN VOLUMETRIC ANALYSIS. VIII. USE OF METHYL RED, ERIO GLAUCINE AND ERIO GREEN INDICATORS IN THE REACTION BETWEEN CERIC AND FERROUS IONS (1930) (14)
APPLICATIONS OF CERIC SULFATE IN VOLUMETRIC ANALYSIS. IX. THE STANDARDIZATION OF THIOSULFATE SOLUTIONS. DETERMINATION OF THIOSULFATE (1931) (14)
Polarographic Determination of Phthalaldehyde (1954) (13)
Quantitative Anodic Chronopotentiometry at Platinum Electrode. Application to Sulfa Drugs (1958) (13)
Coulometric Titration of p-Methylaminophenol Sulfate and Hydroquinone by Cerium(IV) (1953) (12)
Potentiometric Titrations. A Review with Bibliography (1942) (12)
Ferrous and Ceric Ions as Dual Intermediates in Coulometric Titrimetry (1957) (11)
Anodic Chromopotentionmetry at Solid Electrodes (1959) (11)
Potentiometric titrations : a theoretical and practical treatise (11)
Construction and Operation of Polarograph (1942) (10)
APPLICATIONS OF CERIC SULFATE IN VOLUMETRIC ANALYSIS. X. THE DETERMINATION OF ANTIMONY AND ARSENIC1,2 (1932) (10)
The Polarography of Certain Substances Related to Anthraquinone1 (1948) (10)
Polarographic Determination of Amino Acids (1954) (9)
Coulometric Determination of Ferrocyanide with Electrolytically Generated Ceric Ion (1955) (8)
A short course in quantitative analysis (1943) (8)
Polarographic use of organic reagents. Magnesium with S-hydroxyquinoline. (1944) (7)
A SIMPLE CONTINUOUS READING METHOD OF ELECTROMETRIC TITRATION WITH BIMETALLIC ELECTRODES (1928) (7)
Coulometry—Related Phenomena of Electrolysis and Current‐Sweep Polarography (1954) (7)
Calibration of Integrating Motor for Coulometric Titrations (1957) (7)
The Distribution of Uranyl Nitrate from Aqueous Solutions to Diethyl Ether (1950) (6)
Multiple Dropping Mercury Electrodes (1948) (6)
A Potentiometric Titration Method for Fluorine (1933) (6)
The Volumetric Determination of Arsenic. Potentiometric Titrations of Reduced Arsenic Solutions with Potassium Iodate in Sulfuric and Hydrochloric Acid Solutions (1933) (6)
THE INDIRECT VOLUMETRIC DETERMINATION OF SODIUM BASED ON THE REDUCTION AND TITRATION OF THE URANIUM IN MAGNESIUM SODIUM URANYL ACETATE1 (1932) (6)
Derivative Polarographic Titration of Glucose (1952) (6)
Constant Current Conductance (1952) (6)
Determination of Organic Substances Standard Chromous Chloride Solution Nitroso Compounds (1957) (6)
Analytical Work in the Manhattan District Project (1948) (5)
SOME APPLICATIONS OF OXYGEN ELECTRODE, AIR ELECTRODE, AND OXIDATION POTENTIAL MEASUREMENTS TO ACIDIMETRY AND ALKALIMETRY (1922) (5)
The Solubility, Absorption Spectrum and Ionization Constant for Aloe-Emodin (1946) (5)
Progress Report on Naming Analytical Methods (1947) (5)
Determination of Titanium and Mixtures of Iron and Titanium with Electrolytically Generated Ceric Ion (1955) (5)
A Study of the Use of the Tungsten—Nickel Electrode System in Neutralizations1 (1933) (4)
QUANTITATIVE DETERMINATION OF TRACES OF DICHLORO-ETHYLSULFIDE (MUSTARD GAS) IN AIR.1 (1920) (4)
Estimation of Aloe-Emodin and Aloins in Curacao Aloes (1947) (4)
A Comparison of Several Electrometric and Nephelometric Methods for the Estimation of Small Amounts of Chloride (1935) (4)
Reducing Properties of Cerous Ion in Alkaline Media (1960) (4)
International Series of Monographs on Analytical Chemistry. Volume 16. Analytical Chemistry of Niobium and Tantalum. (1964) (4)
Extractions from HCL—I (1962) (4)
Studies of the Reducing Action of Mercury. I. The Formation of Hydrogen Peroxide in the Interaction of Mercury with Hydrochloric Acid in the Presence of Oxygen (1936) (3)
THE USE OF HYDROFLUORIC ACID IN ANALYSIS (1918) (3)
The theoretical principles of volumetric analysis (3)
THE USE OF HYDROFLUORIC ACID IN THE SEPARATION OF SOME HEAVY METALS FROM TIN, ANTIMONY, TUNGSTEN, AND MOLYBDENUM, BY MEANS OF THE ELECTRIC CURRENT. (1916) (3)
Electrotitrations A Review of Recent Trends (1939) (3)
The importance of electrochemistry in the teaching of analytical chemistry (2)
Studies on the Electrolytic Deposition of Copper I . Factors That Retard the Deposition of Copper from Its Concentrated Ammoniacal Solutions (1941) (2)
Electroanalytical Separations in Ammoniacal Fluoride Solutions (1931) (2)
Treatise on Analytical Chemistry. Part II. Analytical Chemistry of the Elements. Volume I. (1961) (2)
Studies of the Reducing Action of Mercury. III. Hydrogen Peroxide Formation and the Copper-Catalyzed Autoxidation of Quinquivalent Molybdenum and Other Strong Reductants in Acid Solution (1936) (2)
Indicators : their use in quantitative analysis and in the colorimetric determination of hydrogen-ion concentration (2)
Gamma-Radiation from Rhenium (1940) (2)
Coulometric Titrations with Electricity Generated Ferrous Iron (1950) (2)
MANUAL OF ANALYTICAL METHODS. VOLUME I. ANALYSIS OF ORES (1946) (2)
Constant Current Sources Based on Transistors (1955) (1)
Determination of mercury -- An indirect volumetric method based upon a critical study and improvement of the bichromate-pyridine methods of Spacu and Dick (1936) (1)
Determination of semi-microquantities of phosphates -- In the form of a new complex compound, [Co(NH[inf]3[inf/])[inf]5[inf/]NO[inf]3[inf/]]H[inf]3[inf/]PMo[inf]12[inf/]O[inf]41[inf/], and some observations on analogous arsenic and germanium compounds (1936) (1)
Potentiometric titrations as a means of teaching electrochemical principles (1926) (1)
Three-Dimensional Model for Interpreting Electrometric Processes (1951) (1)
SIMPLE BIMETALLIC ELECTRODE SYSTEMS FOR POTENTIOMETRIC TITRATIONS. I. THE APPLICATION OF THE PLATINUM-GOLD AMALGAM SYSTEM TO CERTAIN OXIDATION-REDUCTION TITRATIONS (1928) (1)
THE BEHAVIOR OF SOLUTIONS OF STANNIC FLUORIDE. (1918) (1)
A method for the determination of certain metals present in minor concentration in various substances. (1948) (1)
SIMPLE BIMETALLIC ELECTRODE SYSTEMS FOR POTENTIOMETRIC TITRATIONS. II. NOTES ON THE USE OF THE PLATINUM-GOLD ELECTRODE SYSTEM (1928) (1)
Additions and Corrections - A Polarographic Study of Certain Anthraquinones (1948) (1)
THE ELECTRO-ANALYTICAL SEPARATION OF NICKEL (COBALT) FROM ARSENIC. (1920) (1)
A COMPARISON OF METHODS FOR THE DETERMINATION OF CADMIUM IN MAGNESIUM (1946) (0)
The introductory course in quantitative analysis. (1948) (0)
STUDIES IN FLAME PHOTOMETRY THE DETERMINATION OF BORON (1951) (0)
THE DETERMINATION OF URANIUM WITH STANDARD POTASSIUM BROMATE (1956) (0)
A COLORIMETRIC METHOD FOR THE DETERMINATION OF SMALL AMOUNTS OF CUPFERRON (1946) (0)
Arsen, Antimon, Zinn, (1935) (0)
Volumetric Analysis, Vol. I. Second revised edition (Kolthoff, I. M.; Stenger, V. A.) (1942) (0)
STUDIES OF THE COLORIMETRIC PROCESS FOR THE ESTIMATION OF NICKEL WITH DIMETHYLGLYOXIME (1946) (0)
Correction: Coulometric Titration of Vanadium (1952) (0)
THE INTERFERENCE OF NICKEL IN THE REDUCTION OF URANIUM SOLUTIONS IN THE JONES REDUCTOR. A STUDY OF THE EFFECTS OF NICKEL, COBALT, MANGANESE, ZINC, CALCIUM, MAGNESIUM, ALUMINUM AND SODIUM IONS UPON THE REDUCTION (1947) (0)
Additions and Corrections - The Solubility, Absorption Spectrum and Ionization Constant for Aloe-Emodin (1947) (0)
THE DISTRIBUTION OF MOLYBDENUM BETWEEN DIETHYL ETHER AND AQUEOUS SOLUTIONS (1947) (0)
A method for the determination of traces of metals. II. Studies of the electrolysis of metals into mercury cathodes (1947) (0)
Quantitative chemistry (Waser, Jurg) (1965) (0)
A METHOD FOR THE DETERMINATION OF TRACES OF METALS. Mercury Cathode Electrolysis, Followed by Distillation of the Mercury and Polarographic of Colorimetric Examination of the Distillation Residue; Related Procedures I. Outline of the Method (1947) (0)
THE POLAROGRAPHIC DETERMINATION OF URANIUM-APPLICATION TO LOW-GRADE COMPLEX MATERIALS (1946) (0)
THE MERCURY DIAPHRAGM ELECTROLYSIS CELL (1946) (0)
THE REDUCTION OF URANYL SOLUTIONS BY SATURATED LIQUID ZINC AMALGAM (1947) (0)
A METHOD FOR THE DETERMINATION OF TRACES OF METALS. III. STUDIES OF THE DISTILLATION OF AMALGAMS (1946) (0)
Analytical chemistry of the manhattan project. Chapter XXVII. Germanium, tin, and lead (1949) (0)
Modern Instruments in Chemical Analysis. (1957) (0)
Analytical chemistry of the Manhattan Project. NNES, Div VIII, Vol. I, Chap 25. Electrometric methods, apparatus, and technique (1949) (0)
THE VOLUMETRIC ASSAY OF URANIUM TETRAFLUORIDE (1946) (0)
THE LOSS OF NITROGEN DURING THE SOLUTION OF URANIUM IN HYDROCHLORIC ACID AND HYDROGEN PEROXIDE AND THE SUBSEQUENT DISTILLATION (1946) (0)
Bestimmung der Alkalimetalle (1933) (0)
Practical volumetric analysis (0)
THE DIRECT COLORIMETRIC DETERMINATION OF NICKEL IN THE PRESENCE OF URANIUM (1946) (0)
A method for the determination of traces of metals. IV. Polarographic studies (1947) (0)
Ferrous analysis: Modern practice and theory (1954) (0)
The Chemistry of Uranium: The Element, Its Binary and Related Compounds, Part I. Joseph J.Katz and Eugene Rabinowitch. New York-London:McGraw-Hill, 1951. 609 pp. $7.25 (1952) (0)
Additions and Corrections. A Polarographic Study of o-Phthalic Acid and Phthalates (1942) (0)
Additions and Corrections-A Study of the Polargraphic Behavior of Dropping Amalgam Electrodes (1951) (0)
THE DETERMINATION OF URANIUM WITH CHROMOTROPIC ACID (1946) (0)
A MODIFIED METHOD FOR THE DETERMINATION OF CHROMIUM IN URANIUM OR ITS COMPOUNDS (1943) (0)
ACS Diamond Jubilee: Chemistry and the FutureWith the meeting of the commitments specified in its National Charter as its goal, the American Chemical Society has proved, in the past 75 years, to be a potent factor in the country's progress (1951) (0)
The Use of Ether Extraction for the Analytical Separation of Uranium (1950) (0)
THE REDUCTION OF U(VI) TO U(IV) BY CADMIUM AMALGAM AND THE COULOMETRIC TITRATION OF U(IV) TO U(VI) BY ELECTROLYTICALLY GENERATED CERIC ION (1951) (0)
THE ESTIMATION OF METAL CONTENT BY HYDROGEN EVOLUTION. APPLICATION TO METALLIC URANIUM AND MAGNESIUM (1947) (0)
The Construction and Equipment of Chemical Laboratories (1930) (0)
The technic of conducting the introductory college course in qualitative analysis (1928) (0)
Qualitative Analysis and Chemical Equilibrium . T. R. Hogness and Warren C. Johnson. Holt, New York, ed. 4, 1954. xiii + 621 pp. Illus. $5 (1954) (0)
Amperometric titrations: by John T. Stock. 730 pages, diagrams, 6 × 9 in. New York, John Wiley and Sons, Inc., 1965. Price, $25.00. (1965) (0)
STUDIES OF THE COLORIMETRIC DETERMINATION OF IRON (1945) (0)
Arsen, Antimon (1936) (0)

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