George Henry Livens
British mathematician
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Mathematics
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(Suggest an Edit or Addition)According to Wikipedia, George Henry Livens was a British mathematician best known for his work on electromagnetics, elasticity and thermodynamics. He graduated from Cambridge University in 1910 and was awarded the Smith Prize in 1911 for an essay entitled "The influence on density on the position of the emission and absorption lines in a gas spectrum" and was elected fellow of Jesus College. He went on to an appointment as Lecturer in Geometry at Sheffield University, a post he held until 1919 when he was appointed Fielden Lecturer in Manchester. He left this post for a chair at the University College of South Wales in 1922 where he remained for the rest of his career. One of his students was Rosa M. Morris.
George Henry Livens's Published Works
Published Works
- The Theory of Electricity (69)
- IX. — On Hamilton's Principle and the Modified Function in Analytical Dynamics. (1920) (12)
- XIII. On the mechanical relations of dielectric and magnetic polarization (1916) (12)
- LXXXV. On rotational optical activity of solutions (1913) (5)
- The Formula for the Optical Rotatory Dispersion of Quartz (4)
- I. On the energy and mechanical relations of the magnetic field (1945) (4)
- VII. On the electron theory of metallic conduction.—III (4)
- LII. On magnetic field theories (1947) (3)
- XXI. The influence of density on the position of the emission and absorption lines in a gas-spectrum (1912) (3)
- The thermodynamics of magnetization (1948) (3)
- XXXVII. On the flux of energy in the electrodynamic field (1917) (3)
- Two-Dimensional Potential Problems (1937) (2)
- LVIII. On the influence of the physical conditions of a substance on its absorption of light (1912) (2)
- CVI. On a theory of the rotational optical activity in isotropic media (1914) (1)
- On the Fundamental Formulations of Electrodynamics (1)
- XLI.On the intrinsic optical rotativity of solutions (1913) (1)
- LXVIII. On the statistical relations of radiant energy (1914) (1)
- LVI. The electron theory of metallic conduction.—V (1915) (1)
- XIX. On the principle of least action in the theory of electrodynamics.—I (1916) (1)
- Note on Magnetic Energy (1947) (1)
- XXIV. Gravitation and electricity (1932) (1)
- LV. The electron theory of the hall effect and allied phenomena (1915) (0)
- The Influence of Diffusion on the Propagation of Sound Waves in Air (0)
- 2060. The vector triple product (1949) (0)
- XI. The initial accelerated motion of a rigidly charged dielectric sphere (1911) (0)
- The kinetic theory of metallic conduction (1925) (0)
- XIX. The boundary-value problems of plane stress (1947) (0)
- XVII. On Lorentz's theory of long wave radiation (0)
- XLV. On the electron theory of the optical properties of Metals.—II (1915) (0)
- XXV. On magneto-optical rotativity (1913) (0)
- XCI.Some further problems connected with the motion of charged spheres (1911) (0)
- LXXV. The initial accelerated motion of a perfectly conducting electrified sphere (1911) (0)
- VI. On the number of electrons concerned in metallic conduction (1915) (0)
- LIII. On the intrinsic optical activity of isotropic media (1914) (0)
- Note on the Motion of a Body Whose Mass is Changing (1945) (0)
- On the Mechanical Relations of the Energy of Magnetisation (1916) (0)
- 1381. The triple vector product formulae (1939) (0)
- XLI. On the law of partition of energy and newtonian mechanics (1915) (0)
- LXVIII. On the mathematical relations of the magnetic field (1920) (0)
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