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Lars Onsager |
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Onsager, Lars
Born Nov. 27, 1903, in Oslo. Theoretical physicist and physical chemist; of Norwegian nationality. Onsager graduated from the Norwegian Technical Institute in Trondheim in 1925. Since 1928 he has lived and worked in the USA. He became a professor at Yale University in 1940. His main works deal with theories of irreversible processes, phase transitions, and electrolytes. In 1926 he derived the Onsager equation of electrical conductivity. In 1931, Onsager discovered the principle of the symmetry of kinetic coefficients, which became the basis of the phenomenological thermodynamics of nonequilibrium processes. In 1942 he derived an exact solution of the two-dimensional Ising problem (published 1944). The solution predicts a logarithmic dependence of the specific heat on the temperature near the critical point. Onsager also proposed a theory of quantumized vortices in superfluid helium. He was awarded the Nobel Prize in 1968. WORKS“Reciprocal Relations in Irreversible Processes.” Physical Review, 1931,vol. 38, no. 12, p. 2265. “Crystal Statistics.” Ibid., 1944, vol. 65, nos. 3–4. “Statistical Hydrodynamics.” Nuovo Cimento, 1949. Supplement to vol. 6, series 9, no. 2. “The Electric Properties of Ice.” In Electrolytes. Oxford, 1962. (With M. Dupuis.) D. N. ZUBAREV Want to thank TFD for its existence? Tell a friend about us, add a link to this page, add the site to iGoogle, or visit the webmaster's page for free fun content. |
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No references found | They compared and discussed the chain length dependence of the nematic-isotropic transition behavior of semiflexible polymers in the bulk via three typical models of orientation-dependent interactions, such as the Onsager-Kimura type mean field model, the lattice version of Onsager model, and the Maier-Saupe type soft interaction model, and two polymer models such as the wormlike chain and the freely jointed chain. According to the Onsager theorem, which is in a basis of the irreversible thermodynamics, there appear irreversible processes of heat conductivity, diffusion, and chemical reactions in the system where gradients of temperature, concentrations and chemical potentials exist. 39 Olsen, Ole 265 Onsager, Terry 308 Optical coherence imaging 309 Optical tweezers 350 Optics 94, 334 Optoelectronics 61 Organochlorines 93 Orgogozo, Jean-Marc 68 Orientation 372 Orkin, Otto 91 Orthostatic hypotension 293, 376 Orthostatic intolerance 376 Osmium 184, 211 Osofsky, Michael S. |
Onsager |
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