Joseph Slepian
#40,465
Most Influential Person Across History
American mathematician
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Mathematics
Joseph Slepian's Degrees
- PhD Mathematics University of California, Berkeley
- Bachelors Mathematics University of California, Berkeley
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Why Is Joseph Slepian Influential?
(Suggest an Edit or Addition)According to Wikipedia, Joseph Slepian was an American electrical engineer known for his contributions to the developments of electrical apparatus and theory. Born in Boston, MA of Jewish Russian immigrants, he studied mathematics at Harvard University, from which he was awarded a B.Sc. , a M.Sc. and Ph.D. on the thesis On the Functions of a Complex Variable Defined by an Ordinary Differential Equation of the First Order and First Degree advised by George Birkhoff . Meanwhile, he also worked at Boston Elevated Railway.
Joseph Slepian'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
- Extinction of an A-C. Arc (1928) (73)
- Energy and Energy Flow in the Electromagnetic Field (1942) (51)
- Extinction of a Long A-C. Arc (1930) (41)
- Theory of the Deion Circuit-Breaker (1929) (39)
- Theory of Current Transference at the Cathode of an Arc (1926) (34)
- A New Method for Initiating the Cathode Of An Arc (1933) (27)
- Voltages induced by arcing grounds (27)
- Lines of Force in Electric and Magnetic Fields (1951) (21)
- The electric arc in circuit interrupters (1932) (21)
- Energy flow in electric systems — The VI energy-flow postulate (1942) (21)
- The function and design of horns for loud speakers (20)
- Arcs in Low-Voltage A-C. Networks (1931) (18)
- Backfires in Mercury Arc Rectifiers (1931) (17)
- Electromagnetic Ponderomotive Forces within Material Bodies. (1950) (17)
- The Expulsion Fuse (1931) (16)
- Displacement and diffusion in fluid-flow arc extinction (1941) (15)
- Failure of the Ionic Centrifuge Prior to the Ionic Expander (1955) (14)
- Physical Basis of Bird Navigation (1948) (13)
- Spark Gaps with Short Time Lag (1940) (11)
- Arc Cathodes of Low Current Density at High Amperage (1942) (8)
- Flames from Electric Arcs (7)
- A new method of starting an arc (1933) (7)
- The transition from glow to arc discharge at atmospheric pressure (7)
- Arcs with Small Cathode Current Density (6)
- The Function and Design of Horns for Loudspeakers (Reprint) (1977) (5)
- Abridgment of extinction of an A-C. arc (5)
- ISOTOPE SEPARATION BY IONIC EXPANSION IN A MAGNETIC FIELD. (1955) (5)
- The magneto-ionic expander isotope separator (1957) (5)
- Dielectric strength of water in relation to use in circuit interrupters (1941) (4)
- Temperature of a contact and related current-interruption problems (1926) (4)
- Arc-backs in ignitrons in series (1941) (4)
- Theory of a New Valve Type Lightning Arrester (4)
- High Velocity Vapor Jets at Cathodes of Vacuum Arcs (1931) (4)
- The Ignitron, a New Mercury Arc Power Converting Device (1936) (4)
- Photographic study of A-C arcs in flowing liquids (1941) (3)
- Theory of the autovalve arrester (3)
- Abridgment of theory of the Deion circuit breaker (1929) (3)
- Development of the New Autovalve Arrester (1930) (2)
- A Fundamental Error in Thermonuclear Research (1960) (2)
- III — Insulation material aids extinction of cable arcs (1931) (2)
- HYDROMAGNETIC EQUATIONS FOR TWO ISOTOPES IN A COMPLETELY IONIZED GAS (1958) (2)
- Inherent limitations on transformations possible by stationary apparatus (1919) (2)
- THE IONIC CENTRIFUGE AND FUSION NUCLEAR POWER. (1961) (2)
- The Experimental Validity of Paschen's Law and of a Similar Relation for the Reignition Potential of an Alternating Current Arc (1937) (2)
- The Magneto-Ionic Expander Isotope Separator Applied to Uranium (1958) (2)
- Electrical essays: Motionally induced electromotive force — Part II: The hall effect (1950) (1)
- Photographic study of A-C arcs in flowing liquids (1941) (1)
- Dielectric strength of water in relation to use in circuit interrupters (1941) (1)
- Displacement and diffusion in fluid-flow arc extinction (1941) (1)
- Comment on "Review of High-Temperature Rotating-Plasma Experiments" (1960) (1)
- Cathode Spot Fixation and Mercury Pool Temperatures in an Ignitron (1938) (1)
- The expulsion fuse (1931) (1)
- COMMENT ON "SINGLE-PARTICLE CYCLOTRON RADIATION NEAR WALLS AND SHEATHS," BY A. SIMON AND M. N. ROSENBLUTH. (1964) (1)
- Electron Acceleration against an Opposing Field in a Vacuum Electromagnetic Discharge (1958) (1)
- Backfires in mercury rectifiers (1931) (1)
- The Currents in the Ionic Centrifuge. (1962) (1)
- Voltages Induced by Arcing Grounds (1)
- Abridgment of theory of a new valve type lightning arrester (1)
- The mathematician, the scientist, the engineer (1948) (1)
- The mechanism of spark discharges (1930) (1)
- Reactive power and magnetic energy (1920) (1)
- The functions of a complex variable defined by an ordinary differential equation of the first order and the first degree (1)
- SOME CALCULATIONS OF THE CURRENTS IN THE IONIC CENTRIFUGE. (1962) (1)
- Photographic Study of A-C Arcs in Flowing Liquids (1941) (0)
- Energy Flow in Electric Systems- the Vi Energy-Flow Postulate (1942) (0)
- Condensation of Mercury in Mercury-Arc Tubes (1940) (0)
- LETTERS TO THE EDITOR Application of a New Method of Calculating Currents in the Ionic Centrifuge (1963) (0)
- Inherent Limitations on Transformations Possible by Stationary Apparatus (0)
- Electronics Provided World with Ignition Rectifier (1943) (0)
- Electrical essay: A distortion network (1951) (0)
- TWO CHANGES IN THE USUAL EQUATIONS OF A PLASMA REQUIRED FOR MAGNETODYNAMIC WORK. (1961) (0)
- Reactive Power and Magnetic Energy (0)
- Abridgment of extinction of a long A-C. arc (1928) (0)
- Electric Discharges in Gases-III Self-Maintained Discharges (1934) (0)
- INDEPENDENCE OF CONTAINMENT TIME OF A PLASMA UPON THE STRENGTH OF A MAGNETIC FIELD. (1962) (0)
- Theory of the Autovalve Arrester (0)
- A new method for initiating the cathode or an arc (0)
- Letters to the editor: Waves of all velocities (1951) (0)
- Comments on ``Natural Oscillations of a Bounded Plasma'' (1964) (0)
- THE CURRENT INDUCED BY A MAGNETIC FIELD IN A PHYSICALLY BOUNDED PLASMA. (1962) (0)
- DRIFT INSTABILITIES IN CYLINDRICAL DISCHARGES INVOLVING BOTH IONS AND ELECTRONS. (1964) (0)
- Electrical essays: Motionally induced electric Fields — Part V: Relative motion of magnetic field and body (1951) (0)
- Flames from electric arcs (0)
- Electrical essays: Motionally induced electric Fields — Part VI: Motional field inside moving iron tube (1951) (0)
- Condensation of mercury in mercury-arc tubes (1940) (0)
- COMMENTS ON A PAPER DEALING WITH HYDROMAGNETIC STABILITY OF A PLASMA. (1962) (0)
- Comments on ``Plasma Confinement by Direct‐Current Magnetic Fields'' (1964) (0)
- Letters to the editor: Waves of all velocities (1951) (0)
- The fostering of an engineer (1943) (0)
- Electrical essays: Motionally induced electric Fields — Part IV: Motional electromotive force in Iron, commutatorless D-C motor, and space ship (1951) (0)
- INAPPLICABILITY OF CERTAIN HYDROMAGNETIC PRINCIPLES TO THE IONIC CENTRIFUGE (1958) (0)
- THEORETICAL STRUCTURE OF PLASMA EQUATIONS AND APPLICATION TO A SIMPLE PROBLEM. (1961) (0)
- THE IONIC CENTRIFUGE CAN GIVE FUSION NUCLEAR POWER. (1963) (0)
- Electrical essay: Which source feeds which load? (1948) (0)
- Electric discharges in gases — III: Self-maintained discharges (0)
- Abridgment of development of the new autovalve arrester (1930) (0)
- Dielectric Strength of Water in Relation to Use in Circuit Interrupters (1941) (0)
- Personalities in Science (1941) (0)
- Electrical discharges between high-resistance electrodes (1926) (0)
- Erratum. The Ionic Centrifuge and Fusion Nuclear Power. (1965) (0)
- Displacement and Diffusion in Fluid-Flow Arc Extinction (1941) (0)
- The Ionic Centrifuge Can Give Fusion Nuclear Power. (1963) (0)
- Backfires in mercury arc rectfiers (0)
- The Function and Design of Horns for Loud Speakers (0)
- ON THE CONTAINMENT TIME OF A PLASMA: AN IMPORTANT ERROR. (1961) (0)
- Arc-Backs in Ignitrons in Series (1941) (0)
- Some Physical Problems in the Electrical Power Industry (1937) (0)
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