Brian Pippard | Academic Influence

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Brian Pippard

Physics

#265

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#488

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Physics

Why Is Brian Pippard Influential?

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According to Wikipedia, Sir Alfred Brian Pippard, FRS , was a British physicist. He was Cavendish Professor of Physics from 1971 until 1982 and an Honorary Fellow of Clare Hall, Cambridge, of which he was the first President.

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Brian Pippard'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 Elements of Classical Thermodynamics (1958) (408)
Magnetoresistance in metals (1989) (392)
CXXII. Ultrasonic attenuation in metals (1955) (314)
An experimental and theoretical study of the relation between magnetic field and current in a superconductor (1953) (292)
The form birefringence of macromolecules (1953) (210)
The surface impedance of superconductors and normal metals at high frequencies II. The anomalous skin effect in normal metals (1947) (199)
A POSSIBLE MECHANISM FOR THE PEAK EFFECT IN TYPE-II SUPERCONDUCTORS. (1969) (190)
An experimental determination of the Fermi surface in copper (1957) (144)
High frequency de Haas-van Alphen oscillations and the Fermi surface in indium J H P van Weeren and J R Anderson Experimental analysis of the electronic structure of metals (1960) (133)
The physics of vibration (1991) (106)
Theory of the current-voltage characteristics of SNS junctions and other superconducting weak links (1970) (104)
XLVIII. Thermodynamic relations applicable near a lambda-transition (1956) (103)
The dynamics of conduction electrons (1965) (98)
Quantization of coupled orbits in metals (1962) (97)
Theory of ultrasonic attenuation in metals and magneto-acoustic oscillations (1960) (89)
IXXI. Kinetics of the phase transition in superconductors (1950) (85)
Field variation of the superconducting penetration depth (1950) (74)
Quantization of coupled orbits in metals II. The two-dimensional network, with special reference to the properties of zinc (1964) (68)
The elastic arch and its modes of instability (1990) (55)
The penetration depth and high-frequency resistance of superconducting aluminium (1955) (51)
The surface impedance of superconductors and normal metals at high frequencies III. The relation between impedance and superconducting penetration depth (1947) (51)
Response and stability (1985) (49)
Macmillan encyclopedia of physics (1997) (49)
A proposal for determining the fermi surface by magneto-acoustic resonance (1957) (47)
Electrodeless methods for conductivity measurement in metals (1972) (47)
The surface impedance of superconductors and normal metals at high frequencies I. Resistance of superconducting tin and mercury at 1200 Mcyc. /sec (1947) (47)
Superconductivity of Tin Isotopes (1950) (45)
Response and Stability: An Introduction to the Physical Theory (1985) (44)
The anomalous skin effect in anisotropic metals (1954) (43)
The surface energies of superconductors (1951) (43)
Acoustic amplification in semiconductors and metals (1963) (43)
Theory of the Galvanomagnetic Properties of Magnesium and Zinc (1966) (42)
Magnetic Breakdown in a dislocated lattice (1965) (42)
The use of spherical reflectors as microwave scanning aerials (1946) (41)
The surface impedance of superconductors and normal metals at high frequencies. IV. Impedance at 9400 Mc. /sec. of single crystals of normal and superconducting tin (1950) (41)
The influence of small-angle scattering on metallic conduction (1968) (40)
Metallic Conduction at High Frequencies and Low Temperatures (1954) (38)
Elements of Classical Thermodynamics:For Advanced Students of Physics (1957) (31)
Resistance of superconducting-normal interfaces (1974) (30)
The effect of alloying on the superconducting transition temperature of tin (1957) (29)
Trapped flux in superconductors (1955) (29)
The physics of vibration: THE SIMPLE CLASSICAL VIBRATOR (1989) (29)
Commentary on a conjecture of Shoenberg’s concerning the de Haas—van Alphen effect (1963) (28)
LETTERS TO THE EDITOR: The Mean Free Path of Conduction Electrons in Bismuth (1952) (27)
The coherence concept in superconductivity (1953) (27)
Temperature dependence of penetration depth of a magnetic field in superconductors (1948) (26)
The parametrically maintained Foucault pendulum and its perturbations (1988) (21)
Effects of action relations on the configural coding between objects. (2011) (21)
XXI. Magnetic hysteresis in superconducting colloids (1952) (21)
A continuum theory of disorder in nematic liquid crystals IV. Application to lattice models+ (1980) (21)
Magnetic field penetration through a superconducting film (1994) (18)
CXXI. Ultrasonic propagation in liquid helium near the lambda-point (1951) (18)
A superconducting galvanometer (1952) (18)
Ultrasonic attenuation in superconductors (1966) (17)
The knight shift in superconductors (1958) (15)
The inverted pendulum (1987) (14)
The phase transition in superconductors (1956) (14)
The surface impedance of superconductors and normal metals at high frequencies V. Analysis of experimental results for superconducting tin (1950) (14)
An induced torque method for magnetoresistance measurements (1970) (14)
The high frequency skin resistance of metals at low temperatures (1949) (13)
The influence of re-radiation on measurements of the power gain of an aerial (1946) (13)
The Historical Context of Josephson’s Discovery (1977) (12)
Gifted discoverer of the neutron (1997) (12)
Chapter IX Kinetics of the Phase Transition in Superconductors (1955) (12)
CXXIII. Thermodynamics of a sheared superconductor (1955) (12)
The Physics of Vibration Vol 1 (1978) (11)
High-Frequency Resistance of Superconductors (1946) (11)
Ball of fire? (1982) (10)
Continuous refrigeration of current leads (1965) (10)
Oscillatory Hall effect in tin due to magnetic breakdown (1970) (9)
Quantum Generations: a History of Physics in the Twentieth Century: Helge Kragh; Princeton University Press, Princeton, NJ, 1999, pp. xiv+494, $18.95, ISBN 0-691-09552-3 (2002) (9)
Thermal conduction in the intermediate state of superconductors (1955) (9)
Rutherford – Simple Genius (1984) (8)
J. J. Thomson and the Discovery of the Electron (1997) (8)
The Conductivity of Metals at Microwave Frequencies (1948) (8)
The Dynamics of Conduction Electrons (Documents on Modern Physics Theories) (1967) (7)
The invincible ignorance of science (1988) (7)
Unsolved Problems of Superconductivity (1964) (7)
Resistance of superconducting-normal interfaces at 0 K (1984) (7)
The interpretation of quantum mechanics (1986) (7)
The penetration depth in impure superconducting tin (1956) (7)
Footnote to history (1991) (6)
The educated scientist (1969) (6)
The elimination of standing waves in aerials employing paraboloidal reflectors (1946) (6)
The hoghorn—an electromagnetic horn radiator of medium-sized aperture (1946) (6)
Demonstration experiments in critical behaviour and broken symmetry (1980) (5)
Magnetomorphic oscillations due to open orbits (1966) (5)
Change of energy of photons passing through rotating anisotropic elements (1994) (5)
Momentum and pseudo-momentum: I. classical pseudo-momentum and wave pressure (1992) (5)
Coupled mechanical and helicon oscillations (1971) (5)
The cat and the cream (1961) (5)
Forces and Particles (1972) (5)
The entropy of a damped harmonic oscillator (1987) (4)
The Strange Story of the Quantum (1963) (4)
A New Method for Determining the Penetration Depth in Superconductors (1947) (4)
A class experiment in dimensional analysis (1981) (4)
Early superconductivity research (except Leiden) (1987) (4)
Foucault, His Pendulum and the Rotation of the Earth (1994) (4)
Bonds of friendship (1995) (4)
Wave-Guide Interferometers as Differential Wave-Meters (1949) (3)
Lindhard’s paradox—Diffusion of magnetic field into a perfect conductor (1990) (3)
The magnetoresistance of polycrystalline copper (1979) (3)
High-Frequency Resistance of Superconductors (1946) (3)
Instability and Chaos Physical Models of Everyday Life (1982) (3)
Sir Nevill Mott (1977) (3)
The simple vibrator in quantum mechanics (1983) (2)
Schoolmaster-Fellows and the campaign for science education (2002) (2)
Metals in high magnetic fields (1963) (2)
The physics of vibration: The driven anharmonic vibrator; subharmonics; stability (1989) (2)
The Encouragement of Excellence (1976) (2)
Physics in 1900 (1995) (2)
Resistance of superconducting-normal interfaces (1971) (2)
How to make a Celt or rattleback (1990) (2)
The Physics of Vibration: Volume 1, Containing Part 1, The Simple Classical Vibrator (1986) (2)
The physics of vibration: Fourier series and integral (1989) (2)
The surface impedance of superconductors and normal (2016) (2)
A NEW THEORY OF THE CURRENT-VOLTAGE CHARACTERISTICS OF WEAK LINKS (1971) (2)
The Interface Resistance between a Normal Metal and a Dirty Superconductor (1985) (1)
Sir Nevill Francis Mott, C. H. 30 September 1905–8 August 1996 (1998) (1)
Physical and psychological optics (1982) (1)
The Second Law of Thermodynamics. Edited by J. KESTIN. Dowden, Hutchinson & Ross, 1976. $27.50. (1977) (1)
The physics of vibration: Coupled vibrators (1989) (1)
Classical Problems in Physics. (Book Reviews: The Physics of Vibration. Vol. 1, containing Part 1, The Simple Classical Vibrator) (1979) (1)
The physics of vibration: The two-level system (1989) (1)
Magnetic fields due to currents (1972) (1)
The Cavendish Laboratory (1987) (1)
The physics of vibration: Velocity-dependent forces (1989) (1)
A compact right-angle drive employing a flexible wheel (1969) (1)
Forces and particles : an outline of the principles of classical physics (1972) (1)
Dicing with dogma (2003) (1)
Experimental criteria for the theory of superconductivity (1958) (1)
Physics research in universities (1976) (1)
Physics in transition (1994) (1)
John Bardeen, 23 May 1908 - 30 January 1991 (1994) (1)
Cavendish Problems in Classical Physics (1962) (1)
Historical development of superconductivity (2003) (1)
The physics of vibration. Vol.2: The simple vibrator in quantum mechanics (1983) (1)
Dynamics of particles (1972) (1)
The bomb that never was (1993) (1)
Statistical concepts in physics (1978) (1)
English and German Physics (1976) (0)
The physics of vibration: Preface to Part 2 (1989) (0)
Normal-Superconducting Boundaries (1981) (0)
Charged particles in electric and magnetic fields (1972) (0)
The fundamental modes of vibration of uniform beams for medium wavelengths (2017) (0)
The physics of vibration: The quantized harmonic vibrator and its classical features (1989) (0)
Magnetoresistance in inhomogeneous metals (2008) (0)
The fifty-fifth Kelvin Lecture. Superconducting magnets (1964) (0)
Electrons and Matter (1951) (0)
The Physics of Vibration. Volume 2, Containing Part 2, The Simple Vibrator in Quantum Mechanics (1987) (0)
The physics of vibration: The family of masers: from laser to travelling-wave oscillator (1989) (0)
The physics of vibration: Parametric excitation (1989) (0)
Physicists and the arms race (1981) (0)
The physics of vibration: Preface to the combined volume (1989) (0)
-1-'A New Theory of the Current-Voltage Characteristics of Weak Links Theory of i-v Characteristics of Weak Links) (2012) (0)
Surface impedance of high purity metals in a weak magnetic field (2016) (0)
Momentum and pseudomomentum: II. An electron in a one-dimensional periodic potential (1992) (0)
Physics without Pedantry (1970) (0)
Applications of complex variables to linear systems (1989) (0)
Maxwell’s displacement hypothesis and electromagnetic waves (1972) (0)
Vibrations and cyclotron orbits in two dimensions (1989) (0)
The physics of vibration: Line broadening (1989) (0)
The physics of vibration: The equivalent classical oscillator (1989) (0)
Theory of Ultrasonic Attenuation in Metals (1960) (0)
Third law of thermodynamics: J. Wilks. (Oxford University Press, 1961) 144 pages. 15s (1962) (0)
Harmonic oscillations in the surface impedance of thin metallic slabs (2016) (0)
The physics of vibration: Dissipation, level broadening and radiation (1989) (0)
Cambridge Physics in the Thirties (1984) (0)
Quantum textbook (1974) (0)
[Book Reviews] (1954) (0)
After-Dinner Speech (1982) (0)
Low-Temperature Physics (1958) (0)
The physics of vibration: Preface to Part 1 (1989) (0)
Superconductors in industry (1964) (0)
The electrostatic field: charges and conductors in free space (1972) (0)
Influence of small-angle scattering on magnetoresistance (1969) (0)
The physics of vibration: Epilogue (1989) (0)
Influences on school science (1985) (0)
Analysis of complex dynamical systems (1972) (0)
Resistance of a superconducting-normal interface: The influence of different scattering mechanisms (1975) (0)
The driven harmonic vibrator (1989) (0)
General introduction – author to reader (1989) (0)
The physics of vibration: The free vibrator (1989) (0)
The physics of vibration: Waves and resonators (1989) (0)
What Should They Know, and How Should We Teach It? (1988) (0)
The physics of vibration: The ammonia maser (1989) (0)
The physics of vibration: Anharmonic vibrators (1989) (0)
BOOK AND FILM REVIEWS: Quanta and Reality (1964) (0)
Newton’s laws of motion (1972) (0)
Units and dimensions (1972) (0)
The high-frequency skin effect at low temperatures (1948) (0)
The simple classical vibrator (1978) (0)
BOOK AND FILM REVIEWS: Elegant Physics: Forces and Particles (1973) (0)
The inverse-square laws (Newton, Michell, Coulomb) (1972) (0)
IV. Impedance at 9400 Mc./sec. of single crystals of (2016) (0)
Interview of Sir Brian Pippard (2008) (0)
Book Reviews (1999) (0)
Thomson, Rutherford and atomic physics at the Cavendish (2002) (0)
The Whipple Museum and Cavendish Laboratory, Cambridge (1999) (0)
Pure Physics—a costly vitality and a restricted limelight (1981) (0)
An absurd optimist (1997) (0)
The Cavendish tradition (1974) (0)
Prelims, Preface, List of contributors and Biographical captions (1995) (0)
Uncertain gift (1990) (0)
Book reviews (1989) (0)
Dark on a light subject (1999) (0)
Solid State Physics: Past, Present and Future (1988) (0)
Borrowed pearls, original oysters (1991) (0)
A genius who knew nothing (2005) (0)
Case of curiosities (1993) (0)
Electrons in solids (1995) (0)
Nevill Francis Mott (1997) (0)
Lightning for tea (2003) (0)
"Twentieth Century Physics", vol. I-III, L. M. Brown, A. Pais, B. Pippard, New York 1995 : [recenzja] / Michał Kokowski. (1999) (0)
What luck! (1993) (0)
Vibrations and spin waves in crystals (1995) (0)
Book reviews (1999) (0)
Tides ߞ a further explanation (1987) (0)
Dissident Scientists in the Soviet Union (1977) (0)
Encouraging the scholar (1976) (0)
Introduction to section A1: History, mechanisms and materials (2002) (0)

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What Schools Are Affiliated With Brian Pippard?

Brian Pippard is affiliated with the following schools:

University of Cambridge

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