George Frederick James Temple
British mathematician
George Frederick James Temple's AcademicInfluence.com Rankings
Download Badge
Mathematics
Why Is George Frederick James Temple Influential?
(Suggest an Edit or Addition)According to Wikipedia, Dom George Frederick James Temple FRS OSB was an English mathematician, recipient of the Sylvester Medal in 1969. He was President of the London Mathematical Society in the years 1951–1953. Temple took his first degree as an evening student at Birkbeck College, London, between 1918 and 1922, and also worked there as a research assistant. In 1924 he moved to Imperial College as a demonstrator, where he worked under the direction of Sydney Chapman. After a period spent with Eddington at Cambridge, he returned to Imperial as reader in mathematics. He was appointed professor of mathematics at King's College London in 1932, where he returned after war service with the Royal Aircraft Establishment at Farnborough. In 1953 he was appointed Sedleian Professor of Natural Philosophy at the University of Oxford, a chair which he held until 1968, and in which he succeeded Chapman. He was also an honorary Fellow of Queen's College, Oxford.
George Frederick James Temple's Published Works
Published Works
- Static and Dynamic Electricity (1940) (2171)
- GENERALIZED FUNCTIONS, VOL. I (1965) (380)
- The Theory of Rayleigh's Principle as Applied to Continuous Systems (1928) (210)
- Relaxation Methods in Engineering Science (1942) (198)
- The theory of generalized functions (1955) (189)
- The physical principles of the quantum theory (1932) (148)
- Partial Differential Equations of Elliptic Type (1971) (88)
- Relaxation Methods in Theoretical Physics (1946) (84)
- Stability and Control (1953) (67)
- The General Theory of Relaxation Methods Applied to Linear Systems (1939) (52)
- Theories and Applications of Generalized Functions (1953) (52)
- New systems of normal co-ordinates for relativistic optics (1938) (43)
- The Computation of Characteristic Numbers and Characteristic Functions (42)
- Rayleigh's principle and its applications to engineering : the theory and practice of the energy method for the approximate determination of critical loads and speeds (1933) (42)
- Research Frontiers in Fluid Dynamics. (1965) (41)
- The accuracy of Rayleigh’s method of calculating the natural frequencies of vibrating systems (1952) (38)
- Flow of a compressible fluid about a cylinder (1947) (27)
- 100 years of mathematics (1981) (25)
- The forced flow due to heating of a rotating liquid (1956) (22)
- The Scattering Power of a Bare Nucleus according to Wave Mechanics (1928) (19)
- An Introduction to Fluid Dynamics (1959) (19)
- High-Speed Aerodynamics (1955) (14)
- Cartesian tensors. An introduction. (1960) (13)
- The Fundamental Paradox of the Quantum Theory (1935) (10)
- The Operational Wave Equation and the Energy Levels of the Hydrogen Atom (1930) (9)
- The General Principles of Quantum Theory (1934) (9)
- Applied Mathematics and Mechanics: An International Series of Monographs (1980) (8)
- The structure of Lebesgue integration theory (1971) (7)
- The Group Properties of Dirac's Operators (1930) (7)
- Part I.—The physical basis of optical rotatory power. The wave-mechanics of optical rotation and of optically active molecules (6)
- A generalisation of professor Whitehead's theory of relativity (5)
- Quantum and wave mechanics (1934) (5)
- Cartesian Tensors: An Introduction. (1961) (5)
- The Fundamental Paradox of the Quantum Theory (1935) (5)
- The theory of weak functions. II (1963) (5)
- Collected works of Theodore von Karman. (1959) (4)
- The theory of weak functions. I (1963) (4)
- An elementary proof of Kato's lemma (1955) (4)
- B-Methodes de Calcul, II. Calcul Symbolique. Distributions et Pseudo-Fonctions (1961) (4)
- The tensorial form of dirac's wave equations (4)
- Edmund Taylor Whittaker, 1873-1956 (1956) (4)
- The Quantum Theory of the Neutron (1934) (3)
- “The ‘Squares’ Method for Potential Problems” (1947) (3)
- Methods of mathematical physics, vol. II, partial differential equations By R. Courant. Pp. xxii + 830. Interscience Publishers, a Division of John Wiley & Sons, New York and London. 1962. E 612s. net (1963) (3)
- Gauss's Theorem in General Relativity (1936) (3)
- An introduction to quantum theory (1931) (2)
- William Wilson, 1875-1965 (1967) (2)
- The mechanical force on bodies of small susceptibility due to induced magnetization (1936) (2)
- The physical interpretation of wave mechanics (1928) (2)
- Research in Mechanics (1957) (2)
- Thomas MacFarland Cherry, 1898-1966 (1968) (2)
- The Growth of Mathematics: Presidential Address to the Mathematical Association, January 1957 (1957) (2)
- The Operational Wave Equation and the Zeeman Effect (1930) (2)
- Whittaker's Work on the Integral Representation of Harmonic Functions (1958) (2)
- LECTURES ON TOPICS IN NONLINEAR DIFFERENTIAL EQUATIONS (1960) (2)
- The Symbolic Representation of Algebraic and Differential Forms (1937) (2)
- A Theory of Relativity in Which the Dynamical Manifold can be Conformally Represented upon the Metrical Manifold (1)
- Stability of Motion. Applications of Lyapunov’s second method to differential systems and equations with delay. By N N. Krasovskii. Translated by J L. Brenner. Standford University Press, 1963. Pp. 1–188. 48s. (1965) (1)
- The Homographic Treatment of the Symmetrical Optical Instrument (1)
- On mass and energy (1)
- The Matrix Mechanics of the Spinning Electron (1930) (1)
- Course of theoretical physics, vol. VI, fluid mechanics By L. D. Landau and E. M. Lifshitz (translated by J. B. Sykes and W. H. Reid). Pp. x + 536. Pergamon Press Ltd, London. 1959. E5 5s. net (1960) (1)
- Measurement from Gauss to Whitehead (1972) (1)
- Leonard Bairstow, 1880-1963 (1965) (1)
- The Second Order Wave Equations of the Spinning Electron (1929) (1)
- Generalized functions and Dirichlet’s principle (1956) (1)
- Doubly Orthogonal Systems of Functions: Part I.—Enumerable Systems (1)
- THE LORENTZ TRANSFORMATION AND THE DUAL NATURE OF LIGHT (1938) (1)
- The faith and modern science (1935) (1)
- THE HEINE-BOREL THEOREM (1967) (1)
- Fluid Dynamics. By D. E. Rutherford. Pp. 226. 10s. 6d. 1959. (Oliver and Boyd) (1960) (0)
- Fundamental mathematical theories (1996) (0)
- Differentials (1934) (0)
- The Theory of Complex Numbers (1937) (0)
- Linearized Aerodynamics (1955) (0)
- The classic & romantic in natural philosophy : an inaugural lecture delivered before the University of Oxford, on 2 March 1954 (1954) (0)
- Inference Without Axiom or Paradoxes (1977) (0)
- [Book Reviews] (1952) (0)
- Five mathematical structural models By Otto F. Fischer. Pp. vi + 412. Axion Institute, Stockholm. 1957. $10 net (1958) (0)
- A history of mathematics By J. F. Scott. Pp. x+266. Taylor and Francis Ltd, London. 1958. 63s. net (1959) (0)
- Problems of euclidean space By H. G. Eggleston. Pp. viii + 165. Pergamon Press Ltd, London. 1957. 40s. net (1958) (0)
- Records of Proceedings at Meetings (1952) (0)
- Prof. A. J. Allmand, F.R.S. (1951) (0)
- Notes on fourier transform methods in aerodynamics : a series of seminars : Aug. 23,24,25, 1950 (1950) (0)
- Book Reviews (1962) (0)
- Characteristic forms in geometric integration theory (1960) (0)
- The Theory of Hydrodynamic Stability , Lin. C. C. Cambridge University Press, 1955. 155 pp. Diagrams. 22s. 6d. (1956) (0)
- THE ALLEGED ABSURDITY OF ALGEBRA (1929) (0)
- Relaxation in Physics and Engineering (1954) (0)
- Static and isotropic gravitational fields (0)
- The Theory of Ideal Vectors (1935) (0)
- [Short Reviews] (1954) (0)
- A Class of Null Series (0)
- Doubly Orthogonal Systems of Functions: Part II.—Continuous Systems (0)
- General dynamics of vibrations By Y. Rocard. Pp. xii + 522. Crosby Lockwood & Sons Ltd, London. 1960. 80s. net (1961) (0)
- A PROPERTY OF SIMPLY TRANSITIVE GROUPS (1961) (0)
- On Fourier transform of rapidly increasing distributions (1963) (0)
This paper list is powered by the following services:
Other Resources About George Frederick James Temple
What Schools Are Affiliated With George Frederick James Temple?
George Frederick James Temple is affiliated with the following schools: