Edwin Hall
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Most Influential Person Across History
American physicist
Edwin Hall's AcademicInfluence.com Rankings
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Physics
Edwin Hall's Degrees
- PhD Physics Johns Hopkins University
Why Is Edwin Hall Influential?
(Suggest an Edit or Addition)According to Wikipedia, Edwin Herbert Hall was an American physicist, who discovered the eponymous Hall effect. Hall conducted thermoelectric research and also wrote numerous physics textbooks and laboratory manuals. Biography Hall was born in Gorham, Maine, U.S. Hall did his undergraduate work at Bowdoin College, Brunswick, Maine, graduating in 1875. He was the principal of Gould Academy in 1875–1876 and the principal of Brunswick High School in 1876–1877. He did his graduate schooling and research, and earned his Ph.D. degree , at the Johns Hopkins University where his seminal experiments were performed.
Edwin Hall's Published Works
Published Works
- On a new action of the magnet on electric currents (1879) (811)
- XVIII. On the “Rotational Coefficient” in nickel and cobalt (1881) (156)
- XXXVIII. On the new action of magnetism on a permanent electric current (1880) (80)
- On the "Rotational Coefficient" in Nickel and Cobalt (1880) (65)
- On the new action of magnetism on a permanent electric current (1880) (44)
- Measurement of the Four Magnetic Transverse Effects (1925) (27)
- VARIATIONS IN THE VERTICAL DUE TO ELASTICITY OF THE EARTH'S SURFACE. (1883) (15)
- Do Falling Bodies Move South (1903) (8)
- The Four Magnetic Transverse Effects in Copper and Their Changes with Temperature: New Measurements (1938) (5)
- Measurement of Various Thermal and Electrical Effects, Especially the Thomson Effect, in Soft Iron (5)
- The Number of Free Electrons with a Metal. (5)
- Thermo-Electric Action and Thermal Conduction in Metals: A Summary. (1921) (5)
- Sommerfeld's Electron-Theory of Metals. (1928) (4)
- Rotational coefficients of various metals (1883) (4)
- The Four Transverse Magnetic Effects in Copper: New Measurements. (1937) (4)
- The Four Transverse Effects and Their Relations in Certain Metals. (1925) (4)
- Sir Oliver Lodge's British Association Address (1915) (3)
- On the Electromagnetic and the Thermomagnetic Transverse and Longitudinal Effects in Soft Iron (3)
- XLVI. On the rotation of the equipotential lines of an electric current by magnetic action (1885) (3)
- Athletic Professionalism and Its Remedies (1905) (3)
- Illustrations of the Dual Theory of Metallic Conduction (1926) (3)
- The Fermi Statistical Postulate; Examination of the Evidence in Its Favor. (1928) (3)
- Concerning Thermal Conductivity in Iron (1900) (2)
- Experiments on the Deviations of Falling Bodies (2)
- AURORAL EXPERIMENTS IN LAPLAND. (1883) (2)
- THE TEACHING OF ELEMENTARY PHYSICS. (1910) (2)
- Experimental Physics for Schools. (1887) (2)
- ARTHUR GORDON WEBSTER. (1923) (2)
- A Theory of the Hall Effect and the Related Effect for Several Metals. (1923) (2)
- Air Resistance to Falling Inch Spheres (2)
- The Thomson Effect and Thermal Conduction in Metals. (1920) (2)
- On the Thermal Conductivity of Cast Iron (2)
- Note on the Temperature Relations of Photo-Electric Emission and Thermionic Emission of Electrons. (1926) (1)
- The Validity of the Equation P = Tdv/dT in Thermo-Electricity. (1)
- Photo-Electric Emission, Thermionic Emission and Peltier Effect: (From the Point of View of Dual Electric Conduction). (1927) (1)
- The Hall effect. (1884) (1)
- AMERICAN HANDY-BOOK OF THE BREWING, MALTING, AND AUXILIARY TRADES. (1902) (1)
- On Supraconductivity and the Hall Effect. (1933) (1)
- A dual theory of conduction in metals (1938) (1)
- Buckingham's Thermodynamics (1902) (1)
- ADDRESS AT THE FUNERAL SERVICES OF JOSEPH YOUNG BERGEN. (1918) (1)
- Sulphur and Nitrogen Content of Alfalfa Grown Under Various Conditions (1922) (1)
- Electron "Free Path" and Supra-Conductivity in Metals. (1928) (1)
- Inferences from the Hypothesis of Dual Electric Conduction; the Thomson Effect. (1920) (1)
- XXXVIII. On the ratio of the electrostatic to the electromagnetic units of electricity (1889) (1)
- SAND FLOTATION. (1)
- Experiments on the effect of magnetic force on the equipotential lines of an electric current (1888) (1)
- Thermionic Emission and the "Universal Constant" A. (1927) (1)
- An Electron Theory of Electric Conduction in Metals. (1922) (1)
- The Hall effect. (1885) (1)
- Electric Conductivity and Optical Absorption in Metals, Once More. (1931) (1)
- On the Thermal Conductivity of Mild Steel (1)
- MEASUREMENT OF SURFACE TENSION (1909) (1)
- New Evidence in Favor of a Dual Theory of Metallic Conduction. (1926) (1)
- ON ELECTRONS THAT ARE "PULLED OUT" FROM METALS. (1929) (1)
- Thermo-Electric Action with Dual Conduction of Electricity. (1918) (1)
- Physics Teaching at Harvard Fifty Years Ago (1938) (1)
- Conditions of Electric Equilibrium at Boundary Surfaces; Volta Effect. (1925) (0)
- MAGNETO-MOTIVE FORCE. (1883) (0)
- The American Association for the Advancement of Science (1903) (0)
- Thermoelectric Heterogeneity in Certain Alloys, Especially German-silver (1906) (0)
- Thermo-Electric Action with Thermal Effusion in Metals: A Correction (1918) (0)
- BALL DANCING ON WATER-JET. (1927) (0)
- Electric Conductivity and Optical Absorption in Metals (Supplementary). (1931) (0)
- AN AERODYNAMIC PARADOX (1914) (0)
- On the Relation between Pressure and Evaporation (1899) (0)
- On the Variations of the "Hall Effect" in Several Metals with Changes of Temperature (0)
- Thermo-Electric Diagrams on the P-V-Plane. (1918) (0)
- On Metallic Conduction and Thermoelectric Action in Metals (1914) (0)
- A Thermo-Electric Method of Studying Cylinder Condensation in Steam Engine Cylinders (0)
- On the Thomson Effect and the Temperature Coefficient of Thermal Conductivity in Soft Iron between 115° and 204° C (0)
- On Thermo-Electric Heterogeneity in Certain Alloys, Especially German-Silver (0)
- MICHELSON AND ROWLAND. (0)
- Apparent attractions and repulsions of small floating bodies. (1883) (0)
- THE "REACTION-ISOCHORE" EQUATION FOR IONIZATION WITHIN METALS. (1930) (0)
- The Kinetic Theory of Gases . By S. H. Burbury. Cambridge University Press. 1899. Pp.157 (1899) (0)
- Mounting for Tube containing Liquefied CO 2 (1901) (0)
- METALS ON METALS, WET. (1911) (0)
- The Quasi Equation P = TdV/dT. (1923) (0)
- A MODIFIED DEMONSTRATION PRESSURE GAUGE (1904) (0)
- NOTE ON SPHERICAL MIRRORS (1905) (0)
- INERTIA. (1884) (0)
- Sand Flotation (1926) (0)
- Sailing Flight of Birds. (0)
- Experimental Physics for Schools (1887) (0)
- THE RELATIONS OF COLLEGES TO SECONDARY SCHOOLS IN RESPECT TO PHYSICS. (0)
- XVII. PHYSICS 1869–1928 (1930) (0)
- The Thermo-Electric Equation P = TdV/dT Once More. (1919) (0)
- An Appreciation of Charles William Eliot (1934) (0)
- AN EXPLANATION OF HALL'S PHENOMENON. (1884) (0)
- On a Thermo-Electric Method of Studying Cylinder Condensation in Steam-engines (0)
- XLIX. “Rotational coefficients” of various metals (1883) (0)
- A Possible Function of the Ions in the Electric Conductivity of Metals. (1917) (0)
- On Electric Conduction and Thermoelectric Action in Metals (0)
- Ten thousand times ten thousand. Anthem for Easter and Ascension day (0)
- Electric Conductivity and Optical Absorption of Metals. (1928) (0)
- The Pelter Effect. (1921) (0)
- A TENTATIVE THEORY OF THERMO-ELECTRIC ACTION. (1905) (0)
- On the Thermal Conductivity of Cast Iron and of Cast Nickel (0)
- Note on an Approximate Trigonometric Expression for the Fluctuations of Steam Temperature in an Engine Cylinder (0)
- WALLACE CLEMENT WARE SABINE. (1919) (0)
- Experiments on the effect of magnetic force on the equipotential lines of an electric current (1888) (0)
- PHOTO-ELECTRIC EMISSION AND THERMIONIC EMISSION ONCE MORE. (1929) (0)
- Ball Dancing on Water-Jet (1927) (0)
- FURTHER REMARKS CONCERNING THERMIONIC "A" AND "b," A REVISION AND EXTENSION. (1929) (0)
- The Meyer's Kinetic Theory of Gases (1900) (0)
- Michelson and Rowland (1931) (0)
- RESEARCH PAPERS FROM THE KENT CHEMICAL LABORATORY OF YALE UNIVERSITY. (1902) (0)
- The Probable Infinity of Nature and Life . William Emerson Ritter, Ph.D. The Gorham Press. 1918. Pp. 164. $1.25. (1920) (0)
- Recent Progress in the Dual Theory of Metallic Conduction. (0)
- On the Thermal and Electrical Conductivity of Soft Iron (0)
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