Herbert H. Uhlig
American chemist
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Chemistry
Herbert H. Uhlig's Degrees
- PhD Chemistry University of Chicago
- Bachelors Chemistry University of Chicago
Why Is Herbert H. Uhlig Influential?
(Suggest an Edit or Addition)According to Wikipedia, Herbert Henry Uhlig was an American physical chemist who studied corrosion. Biography He received his B.S. in chemistry from Brown University in 1929 and his Ph.D. in physical chemistry in 1932 from MIT under John Kirkwood and Frederick Keyes. He worked briefly as a biochemist at the Rockefeller Institute for Medical Research and then the Lever Brothers Company before returning to MIT in 1936 as a research associate in the Corrosion Laboratory. This was interrupted by World War II, during which time he joined the staff of the Research Laboratory at the General Electric Company in Schenectady, New York, to study metal corrosion on aircraft and other military equipment. However, he returned to MIT in 1946 as an associate professor of metallurgy and director of the Corrosion Laboratory. Uhlig became a full professor in 1953 and retired in 1972. Afterwards, he became a visiting professor for institutions around the world, including some in Massachusetts, Australia, and the Netherlands. He also served as president of the international Thoreau Society and of the Rumford Historical Society in Woburn, Massachusetts.
Herbert H. Uhlig's Published Works
Published Works
- Corrosion and corrosion control (1971) (1304)
- Environmental Factors Affecting the Critical Potential for Pitting in 18–8 Stainless Steel (1966) (451)
- The Corrosion Handbook (1948) (306)
- Environmental Factors Affecting the Critical Pitting Potential of Aluminum (1969) (241)
- Oxidation of metals and alloys (1954) (185)
- The Solubilities of Gases and Surface Tension (1937) (156)
- Critical Potentials for Pitting Corrosion of Ni, Cr‐Ni, Cr‐Fe, and Related Stainless Steels (1968) (146)
- Initial oxidation rate of metals and the logarithmic equation (1956) (139)
- Effect of pH, Sulfates, and Chlorides on Behavior of Sodium Chromate and Nitrite as Passivators for Steel (1964) (86)
- Effect of Oxygen, Chlorides, and Calcium Ion on Corrosion Inhibition of Iron by Polyphosphates (1955) (84)
- Effect of applied potential and surface dissolution on the creep behavior of copper (1973) (81)
- Effect of Cold‐Work on Corrosion of Iron and Steel in Hydrochloric Acid (1964) (80)
- The Cost of Corrosion to The United States (1950) (77)
- Anodic Polarization and Passivity of Ni and Ni‐Cu Alloys in Sulfuric Acid (1961) (56)
- The Flade Potential of Iron Passivated by Various Inorganic Corrosion Inhibitors (1959) (54)
- Mechanism of Inhibiting Stress Corrosion Cracking of 18‐8 Stainless Steel in MgCl2 by Acetates and Nitrates (1969) (54)
- Passivity in metals and alloys (1980) (53)
- Contribution of metallurgy to the origin of meteorites: Part I—Structure of metallic meteorites, their composition and the effect of pressure (1954) (50)
- Initial oxidation rate of nickel and effect of the curie temperature (1959) (49)
- Adsorbed and Reaction‐Product Films on Metals (1950) (48)
- The Dependence of the Dielectric Constants of Gases on Temperature and Density (1933) (47)
- Corrosion and corrosion control. Third edition (1985) (44)
- Critical Potentials for Stress Corrosion Cracking of 63‐37 Brass in Ammoniacal and Tartrate Solutions (1975) (44)
- PASSIVITY IN THE IRON-CHROMIUM BINARY ALLOYS (1959) (40)
- Corrosion fatigue of type 4140 high strength steel (1972) (40)
- Anodic Polarization of Passive and Non-passive Chromium–Iron Alloys. (1953) (37)
- Corrosion Behavior and Passivity of Nickel‐Chromium and Cobalt‐Chromium Alloys (1960) (36)
- Structure and growth of thin films on metals exposed to oxygen (1967) (34)
- Effect of Carbon and Oxygen in Iron on Stress Corrosion Cracking in Nitrate Solution (1965) (31)
- Effect of Temperature and Some Inhibitors on Stress Corrosion Cracking of Carbon Steels in Nitrate and Alkaline Solutions (1972) (30)
- Corrosion of Steel by Dissolved Carbon Dioxide and Oxygen (1942) (28)
- Potentials of Iron, 18‐8, and Titanium in Passivating Solutions (1954) (27)
- Logarithmic Oxidation Kinetics of Zinc (1965) (27)
- Nickel analyses of metallic meteorites by the electron-probe microanalyser (1961) (25)
- Effect of Impurities in Iron on Corrosion in Acids (1965) (25)
- Amount of Oxygen on the Surface of Passive Stainless Steel (1953) (24)
- The Theory of the Properties of Metals and Alloys. (1959) (23)
- Stress Corrosion Cracking of 18% Cr Ferritic Stainless Steels (1972) (22)
- Passivity in Copper‐Nickel and Molybdenum‐Nickel‐Iron Alloys (1944) (22)
- Austenitic Cr-Fe-Ni alloys resistant to stress corrosion cracking in magnesium chloride☆ (1957) (22)
- Corrosion and Passivity of Molybdenum‐Nickel Alloys in Hydrochloric Acid (1963) (22)
- Effect of Nickel in Cr‐Ni Stainless Steels on the Critical Potential for Stress Corrosion Cracking (1970) (22)
- ABSOLUTE AREAS OF SOME METALLIC SURFACES (1957) (20)
- Chemical and Electrochemical Properties of FeSn2 (1957) (20)
- Corrosion of 18–8 Stainless Steel in Sodium Chloride Solutions (1941) (20)
- Effect of Surface Dissolution on Plastic Deformation of Iron and Steel (1976) (20)
- Further evidence regarding the dezincification mechanism (1972) (19)
- A Fundamental Investigation of Fretting Corrosion (1953) (18)
- RESISTANCE OF TITANIUM TO SULFURIC AND HYDROCHLORIC ACIDS INHIBITED BY FERRIC AND CUPRIC IONS (Technical Report No. 6) (1951) (18)
- Stress Corrosion Cracking of Iron in Nitrates: Effect of Carbon and Low Alloying Additions (1974) (18)
- Chemical Factors Affecting Stress Corrosion Cracking of 18–8 Stainless Steels (1958) (17)
- Corrosion of Aluminum by CarbonTetrachloride (1952) (16)
- Effect of Cold Rolling on Resistance of Ni-Fe Alloys to Hydrogen Cracking (1970) (16)
- Critical p H and Critical Current Density for Passivity in Metals (1961) (16)
- Effect of Velocity and Oxygen on Corrosion of Iron in Sulfuric Acid (1964) (15)
- Effect of Electron Donor and Acceptor Elements on Passivity of Copper‐Nickel Alloys (1970) (14)
- Effect of alloyed Re on the critical pitting potentials of 18%Cr/10%Ni stainless steels (1969) (14)
- Letter to the editorEffect of electric field on oxidation of copper (1955) (14)
- Nature of the Passive Film on Iron in Concentrated Nitric Acid (1955) (13)
- Alleged stress-corrosion cracking of pure Cu (1969) (13)
- The Initial Oxidation Rates of Single‐Crystal Copper and the Effect of Gaseous Pretreatment (1971) (13)
- Stress Corrosion Cracking of Mild Steel in Ammonium Carbonate Solution (1976) (13)
- Effect of Magnetic Transformation at the Curie Temperatures on Oxidation Rates of Chromium‐Iron Alloys (1950) (13)
- Origin of delay time in stress corrosion cracking of austenitic stainless steels (1965) (12)
- Chemical Properties of the Intermetallic Compounds Mg2Sn and Mg2Pb (1949) (12)
- Formation of the intermetallic compound PtZn at room temperature (1955) (12)
- Mechanism of Reaction of Aluminum and Aluminum Alloys with Carbon Tetrachloride (1953) (12)
- Effect of Metal Composition and Structure on Corrosion and Oxidation (1963) (12)
- Volta Potentials of the Copper‐Nickel Alloys and Several Metals in Air (1951) (12)
- Effect of d-band structure on secondary passivity in Ni-Cu alloys (1969) (12)
- Differentiating Stress Corrosion Cracking from Hydrogen Cracking of Ferritic 18-8 Stainless Steels (1972) (12)
- EFFECT OF LOCAL-ACTION CURRENTS ON THE IRON POTENTIAL. (1954) (12)
- Corrosion in action (1955) (12)
- Passivity in Cu‐Ni‐Al Alloys—A Confirmation of the Electron Configuration Theory (1968) (11)
- PASSIVITY AND ADSORPTION (1954) (11)
- Relation of Electron Configuration to Passivity in Cr‐Ni‐Fe Alloys (1960) (10)
- ON GUAIACOL SOLUTIONS I. THE ELECTRICAL CONDUCTIVITY OF SODIUM AND POTASSIUM GUAIACOLATES IN GUAIACOL (1934) (10)
- Formation of Dissolved Atomic Hydrogen by Electrochemical Polarization (1964) (10)
- Effect of electron configuration on the passive properties of CuNi alloys (1971) (10)
- The adsorption theory of passivity and the flade potential (1958) (10)
- Stress Corrosion Cracking Behavior of Precracked 18‐8 Stainless Steel (1973) (9)
- Effect of Oxide Films on the Reaction of Aluminum with Carbon Tetrachloride (1952) (9)
- Protection of Steel from Hydrogen Cracking by Thin Metallic Coatings (1966) (9)
- ON GUAIACOL SOLUTIONS II. THE DISTRIBUTION OF SODIUM AND POTASSIUM GUAIACOLATES BETWEEN GUAIACOL AND WATER (1934) (8)
- Stress Corrosion Cracking of 4140 High Strength Steel in Aqueous Solutions (1975) (8)
- The Potentials of Iron‐Chromium Alloys Containing Hydrogen (1941) (7)
- Potentials Set Up by Thermal Gradients In Iron Immersed in NaCI Solutions (1950) (7)
- Fiftieth Anniversary: Developments in Corrosion During the Past Fifty Years, A Brief Review (1952) (7)
- Passivity and Pitting of Ni‐Cu Alloys in NaCl Solutions (1974) (6)
- Passivity of Iron in Nitric Acid (1952) (6)
- An Observation of Corrosion Cracking without Stress (1948) (6)
- The Importance of Corrosion Research (1962) (6)
- Critical and Passive Current Densities for Copper‐Nickel‐Zinc Alloys in Sulfuric Acid (1963) (6)
- The Electrolytic Polishing of Stainless Steels (1940) (6)
- Determination of Small Amounts of Carbon in Steel (1948) (6)
- Carbon Monoxide as an Inhibitor for Stainless Steel (1940) (6)
- Effect of Gaseous Pretreatment on Oxidation of Iron (1974) (5)
- Modified Diffusion Pump for Analysis of Gases in Metals (1943) (5)
- Stress Corrosion Cracking of High and Low Strength Carbon Steels in Nitrate Solutions (1976) (5)
- Test Equipment for Evaluating Fretting Corrosion (1952) (5)
- Closure to “Discussion of ‘The Flade Potential of Iron Passivated by Various Inorganic Corrosion Inhibitors’ [H. H. Uhlig and P. F. King (pp. 1–7, Vol. 106)]” (1959) (5)
- Stress Corrosion Cracking of Low Strength, Low Alloy Nickel Steels in Sulfide Environments (1978) (5)
- Corrosion of Iron and Steel in NH 4 NO 3 ‐ NH 3 ‐ H 2 O Solutions (1964) (4)
- Answer to “The Uhlig Defect Model of Oxidation Kinetics” by A. T. Fromhold, Jr. (1969) (4)
- Conquering the Outer Space of Corrosion Science (1962) (4)
- Mechanism of Stress Corrosion Cracking. (1973) (4)
- Surface Area of Chrome-Plated Nickel (1947) (4)
- The Comparative Effect of Carbon and Nitrogen on Inter‐Granular Corrosion of 18/8 Stainless Steel (1945) (4)
- Fundamental Factors in Corrosion Control (1946) (4)
- So‐called Electrical and Catalytic Treatment of Water for Boilers (1952) (4)
- STRESS-CORROSION CRACKING (1971) (4)
- Stress Corrosion and Hydrogen Cracking off 17-7 Stainless Steel (1966) (3)
- Applying critical potential data to avoid stress corrosion cracking of metals (1979) (3)
- Corrosion trails, passing scenery and distant views☆ (1981) (3)
- Advances in Corrosion over the Past 25 Years (1978) (3)
- Answer to I.R. Kramer (1974) (3)
- Robert Martin Burns On the Occasion of the Acheson Medal Award, October 2, 1956 (1957) (3)
- Corrosion Control in Water Systems (1952) (3)
- 40 The Role of Catalysis in Corrosion Processes (1957) (2)
- SOME METALLURGICAL FACTORS AFFECTING STRESS CORROSION CRACKING OF AUSTENITIC STAINLESS STEELS (1959) (2)
- The Effect of Hydrochloric Acid Plus Inhibitor on the Corrosion Resistance of 18/8 Stainless Steel (1942) (2)
- Electron configuration in alloys and passivity (1958) (2)
- ON LIFE'S PURPOSE (1967) (2)
- Unsolved Problems Concerning Metal Surfaces and Corrosion (1968) (2)
- Proceedings of the H.H. Uhlig Memorial Symposium (1995) (2)
- An investigation of free alkali determinations in soap (1936) (1)
- CRITICAL POTENTIALS FOR STRESS CORROSION CRACKING OF 63-37 BRASS IN AMMONIACAL AND TARTRATE SOLUTIONS (1975) (1)
- Corrosion Control by Magic-It's Wonderful (1952) (1)
- Knowing, Competence, and Optimism Applied to Corrosion Problems (1979) (1)
- Discussion on “thermodynamics of the martensite transformation”, by Singh and Parr (1962) (1)
- Detection and properties of dissolved atomic hydrogen formed during electrochemical polarization (1966) (1)
- Effect of Heating Single Crystal Copper in H2 and N2 on Thin‐Film Oxidation Kinetics (1967) (1)
- Francis Laurence LaQue (1969) (1)
- PASSIVITY AND PITTING OF NI-CU ALLOYS IN NACL SOLUTIONS (1974) (1)
- Discussion of “Anode Effect in Aqueous Electrolysis” [Herbert H. Kellogg (pp. 133–142)] (1950) (0)
- CORROSION TRAILS, PASSING SCENERY, AND DISTANT VIEWS (1981) (0)
- Corrosion and corrosion protection : proceedings of an international symposium honoring Professor H. H. Uhlig on his seventy-fifth birthday (1981) (0)
- ON GUAIACOL SOLUTIONS (1934) (0)
- Effect of Local Action Currents on the EMF of the Weston Standard Cell (1953) (0)
- Metallurgy—A challenge and an opportunity. (1948) (0)
- Discussion of Paper On Chemical Corrosion Resistance of Lead (1947) (0)
- NATURE OF THE PASSIVE FII 1 ON IRON IN CONCENTRA = E NITRIC ACID (0)
- Proceedings of the Conference on Water Resources: October 1-3, 1951 (1952) (0)
- Electrochemistry, principles and application (Potter, Edmund C.) (1957) (0)
- [From the activities of a ship's nurse. 2]. (1969) (0)
- H. H. Uhlig—His Professional Career and Influence on Corrosion Science (1989) (0)
- TITANIUM RESISTS STRESS CORROSION (1951) (0)
- Recollections of Early Gordon Research Conferences on Corrosion (1981) (0)
- Closure to “Discussion of ‘Effect of Magnetic Transformation at the Curie Temperatures on Oxidation rates of Chromium‐Iron Alloys’[ H. H. Uhlig and Anton de S. Brasunas (pp. 448–452)]” (1951) (0)
- ON GUAIACOL SOLUTIONS (1934) (0)
- STRESS CORROSION CRACKING BEHAVIOR OF PRECRACKED 18-8 STAINLESS STEEL (1974) (0)
- [From the work of a ship's nurse]. (1969) (0)
- Discussion of “Effect of Adsorbed Polar Organic Compounds on Activity of Steel in Acid Solution” [Norman Hackerman and E. L. Cook (pp. 1–9)] (1950) (0)
- Gases Evolved by Magnetized Iron in Sulfuric Acid (1944) (0)
- Surface phenomena in metals and alloys: V.K. Semenchenko: Addison-Wesley, Reading, Massachusetts (1962). 466 pp. $14.75 (1963) (0)
- CORROSION RESEARCH LABORATORIES—8: Massachusetts Institute of Technology (1956) (0)
- Breaking New Ground (1989) (0)
- Discussion of “The Mechanism of Passivating‐Type Inhibitors” [M. Stern (pp. 638–647, Vol. 105)] (1959) (0)
- A Modern Look at Pitting Corrosion (1970) (0)
- Closure to “Discussion of ‘Mechanism of Reaction of Aluminum and Aluminum Alloys with Carbon Tetrachloride’ [Milton Stern and Herbert H. Uhlig (pp. 543–552)]” (1954) (0)
- Effect of Alloyed Manganese on Passivity of Copper—Nickel Alloys (1971) (0)
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