Samuel Jackson Barnett
American physicist
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Physics
Samuel Jackson Barnett's Degrees
- PhD Physics University of Chicago
- Bachelors Physics University of Chicago
Why Is Samuel Jackson Barnett Influential?
(Suggest an Edit or Addition)According to Wikipedia, Samuel Jackson Barnett was an American physicist. He was a professor at the University of California, Los Angeles. Barnett was born in Woodson County, Kansas, the son of a minister. In 1894, he received a B.A. in physics from the University of Denver and received his Ph.D. from Cornell University in 1898. From 1898 to 1918 he taught at several universities: Colorado College, Stanford University, Tulane University, and Ohio State University. In 1903 he published his book Elements of Electromagnetic Theory, which he dedicated to his friend Professor Francis H. Smith at the University of Virginia.
Samuel Jackson Barnett's Published Works
Published Works
- Magnetization by Rotation (1915) (177)
- Gyromagnetic and Electron-Inertia Effects (1935) (133)
- MAGNETIZATION BY ROTATION. (1918) (81)
- On Electromagnetic Induction and Relative Motion (1912) (15)
- Gyromagnetic Ratios for Iron, Cobalt and Certain Binary Alloys of Iron, Cobalt and Nickel (1952) (15)
- ON MAGNETIZATION BY ANGULAR ACCELERATION. (1909) (14)
- New Researches in Gyromagnetism (1944) (12)
- New Researches on Magnetization by Rotation and the Gyromagnetic Ratios of Ferromagnetic Substances (1944) (8)
- CIII. Electric fields due to the motion of constant electromagnetic systems (1922) (8)
- Carriers of Electricity in Metals Exhibiting Positive Hall Effects (1952) (7)
- The Magnetization of Iron, Nickel, and Cobalt by Rotation and the Nature of the Magnetic Molecule (1917) (6)
- On Electromagnetic Induction (1913) (5)
- An Introduction to Electricity (1909) (5)
- Researches on the Rotation of Permalloy and Soft Iron by Magnetization and the Nature of the Elementary Magnet (1931) (4)
- On Electromagnetic Induction and Relative Motion: II. (4)
- New Researches on the Magnetization of Ferromagnetic Substances by Rotation and the Nature of the Elementary Magnet (3)
- MEGNETIZATION BY ROTATION. (1915) (3)
- A Report on Electromagnetic Induction (1919) (3)
- THE THEORY OF MAGNETIZATION BY ROTATION. (1915) (3)
- Method for Determining Magnetic Moments and for Measuring Susceptibilities and Permeabilities (1952) (3)
- A SIMPLE AND EFFICIENT LECTURE GALVANOMETER ARRANGEMENT. (1910) (2)
- The Gyromagnetic Ratios for Nickel and Cobalt (1932) (2)
- On the Theory of Diamagnetism (1925) (2)
- Magnetization and Rotation (1948) (2)
- On Electromagnetic Induction and Relative Motion: II (1918) (2)
- Gyromagnetic Experiments on the Process of Magnetization in Weak Fields (1933) (2)
- THE ELECTRON THEORY OF MAGNETISM. (1921) (2)
- A Sine Galvanometer for Determining in Absolute Measure the Horizontal Intensity of the Earth's Magnetic Field (1921) (2)
- International Conference on Magnetism Strasbourg, 21-24 May 1939. (1946) (1)
- The Rotation of Cobalt and Nickel by Magnetization and the Gyromagnetic Ratios of Their Magnetic Elements (1934) (1)
- On the Question of the Motion of the Ether in a Steady Electromagnetic Field (1910) (1)
- An Investigation of the Electric Intensities and Electric Displacement Produced in Insulators by their Motion in a Magnetic Field (1908) (1)
- Two electric generators suitable for the measurement of magnetic intensities and their variations and for other purposes (1946) (1)
- Gyromagnetic Ratios of Microcrystalline and Macrocrystalline Materials (1953) (1)
- Molecular and Cosmical Magnetism (1921) (1)
- A New Gyromagnetic Effect in Permalloy and Iron (1952) (1)
- Free Charges, Polarization and Polarization Charges, Especially Those Produced When an Insulator Moves in a Magnetic Field (1939) (1)
- EXPERIMENTS SHOWING THAT COMPLETE RELATIVITY DOES NOT EXIST IN ELECTROMAGNETIC INDUCTION. (1913) (1)
- On Magnetization by Angular Acceleration (1909) (1)
- LXIII. A double solenoid for the production of uniform magnetic fields (1920) (1)
- Note on a Variation with Frequency of the Torsional Modulus of German Silver Wire and its Relation to Gyromagnetic Measurements (1947) (1)
- On Electromotive Forces (1918) (0)
- Mass of a Lorentz Electron (1949) (0)
- Note on Diamagnetism: Clarification of Relations between Fundamental Molecular Theories (1948) (0)
- Thermions and the Origin of Solar and Terrestrial Magnetism (1914) (0)
- Some Remarkable Multiple Sunset Flashes in Southern California (1934) (0)
- The Magnetization of Iron, Nickel, and Cobalt by Rotation and the Nature of the Magnetic Molecule. (1917) (0)
- Note on Dr. H. A. Wilson’s memoir “On the electric effect of rotating a dielectric in a magnetic field.” (1905) (0)
- A report on electromagnetic induction (0)
- ELECTROMAGNETIC INDUCTION AND RELATIVITY. (1913) (0)
- LXXXVIII. Some experiments on the magnetic field of two electromagnets in rotation (1913) (0)
- Some Remarks on Electromagnetic Induction (1922) (0)
- Models to Illustrate Gyromagnetic and Electron-Inertia Effects (1937) (0)
- A New Gyromagnetic Effect (1949) (0)
- The Generalization of Gauss's Theorem (1902) (0)
- Correction of two errors in “Terrestrial Magnetism and Electricity” (1940) (0)
- Evidence on the nature of the elementary magnet from researches on gyromagnetic phenomena (0)
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