William Cronk Elmore | Academic Influence

William Cronk Elmore's AcademicInfluence.com Rankings

William Cronk Elmore

Physics

#3234

World Rank

#4634

Historical Rank

#1203

USA Rank

physics Degrees

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Physics

William Cronk Elmore's Degrees

PhD Physics University of California, Berkeley
Masters Physics University of California, Berkeley
Bachelors Physics University of California, Berkeley

Why Is William Cronk Elmore Influential?

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According to Wikipedia, William Cronk Elmore was an American physicist, educator, and author who is best known for his work on and related to the Manhattan project during World War II and as a professor of physics at Swarthmore College, PA from 1938 to 1974. Bill Elmore authored two influential books during his life, Electronics-Experimental Techniques with Matthew Sands and the Physics of Waves with Mark Heald. He is also known for deriving a simple approximation for the delay through an RC network, known as the Elmore delay.

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William Cronk Elmore'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

The Transient Response of Damped Linear Networks with Particular Regard to Wideband Amplifiers (1948) (1627)
Physics of Waves (1969) (293)
Ferromagnetic Colloid for Studying Magnetic Structures (1938) (183)
ON THE INERTIAL-ELECTROSTATIC CONFINEMENT OF A PLASMA (1959) (156)
The Magnetization of Ferromagnetic Colloids (1938) (140)
Electronics : experimental techniques (1950) (52)
The Magnetic Structure of Cobalt (1938) (49)
Electrolytic Polishing. II (1940) (35)
STUDIES OF PLASMA HEATED IN A FAST-RISING AXIAL MAGNETIC FIELD (SCYLLA) (1960) (31)
Measurement of Two‐Dimensional Fields. Part I: Theory (1954) (30)
NEUTRONS OF POSSIBLE THERMONUCLEAR ORIGIN (1958) (21)
Theory of the Optical and Magnetic Properties of Ferromagnetic Suspensions (1941) (20)
Temperature Dependence of Scintillations in Sodium Iodide Crystals (1949) (17)
The Magnetic Structure of Iron Crystals (1942) (15)
Properties of the Surface Magnetization in Ferromagnetic Crystals (1937) (12)
Electronics for the nuclear physicist. (1948) (11)
Surface Magnetization in Ferromagnetic Crystals. II (1934) (9)
Coincidence circuit for a scintillation detector of radiation. (1950) (9)
Statistics of counting. (1950) (8)
Interpretation of Ferromagnetic Colloid Patterns on Ferromagnetic Crystal Surfaces (1940) (6)
NEUTRONS FROM PLASMA COMPRESSED BY AN AXIAL MAGNETIC FIELD (SCYLLA) (1958) (5)
Eigenvalues of the Square-Well Problem (1971) (4)
Surface Magnetization of Ferromagnetic Crystals. (4)
Analysis of Data Gathered with Incomplete Coverage (1972) (3)
Decade Scaling Circuits (1951) (3)
A Spark Light Source for Velocity of Light Experiments (1972) (2)
Section II. Circuit Elements (1948) (2)
Microwave Experiments for an Advanced Laboratory. (1973) (2)
Pulse-Height Limiting Circuit for a Scintillation Detector (1949) (2)
Theory of the Magnetite Light Shutter (1940) (1)
RELIABILITY OF FRACTIONAL REGISTRY OF NUCLEAR SPECTRA (1966) (1)
Section IV. Electronic Counters (1948) (0)
Electrostatic-inertial confinement of plasma in spherical geometry (1958) (0)
A Lock‐In RC Oscillator (1949) (0)
Complex Number Arithmetic with a Pocket Calculator (1974) (0)
Signal, Noise and Resolution in Nuclear Counter Amplifiers . A. B. Gillespie. McGraw-Hill, New York; Pergamon Press, London, 1953. 155 pp. Illus. $4.50 (1954) (0)
Cyclotron resonance of electrons trapped in a microwave cavity (1975) (0)
Calculation of Elementary Functions with a Simple Electronic Calculator (1973) (0)
Signal, Noise and Resolution in Nuclear CounterAmplifiers. A. B. Gillespie. McGraw-Hill, NewYork; Pergamon Press, London, 1953. 155 pp.Illus. $4.50 (1954) (0)
Fast pulse amplifiers for nuclear research. (1949) (0)
Experiment on the Static Equilibrium of a Loaded Horizontal Beam (1947) (0)
10 M.C. Wide Band Amplefier and Scope (1946) (0)
Model 501 Amplifier (1946) (0)
Five four‐year colleges: Swarthmore College (1968) (0)
Adiabatic compression of shock-heated plasmas (1958) (0)
Physics of Waves by W. C. Elmore and M. A. Heald (1987) (0)
Aligning Signals on Dual CRO Traces (1974) (0)
PRACTICAL ASPECTS OF RADIOACTIVITY INSTRUMENTS. I. CONSTRUCTION (1951) (0)
Straight-Line Fitting with an HP-45 Calculator (1974) (0)
Device for connecting metal workpieces by cold pressure welding using vibrations (1959) (0)
A Solid-State Spark Timing Circuit (1972) (0)
Mechanical Oscillator for Determining Moments of Inertia (1940) (0)
Model 500 Amplifier (1946) (0)
Attenuation and Pulse Shaping in Pulse Amplifiers (1955) (0)

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