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Faraday effect in Sn_2P_2S_6 crystals
Applied Optics, 2008We have revealed a large Faraday rotation in tin thiohypodiphosphate (Sn(2)P(2)S(6)) crystals, which makes this material promising for magneto-optics. The effective Faraday tensor component and the Verdet constant for the direction of the optic axis have been determined by measuring the pure Faraday rotation in Sn(2)P(2)S(6) crystals with both the ...
Oleh, Krupych +4 more
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Spatiotemporal Chaos in the Faraday Effect
Applied Scientific Research, 1993Spatiotemporal chaos in parametrically excited surface waves is compared to fully developed turbulence. Measured correlation functions decay in both space and time. In contrast to turbulence, the inertial range is absent in the Faraday experiment and intermittency is concentrated at a few preferred wavelengths.
Bosch, Eric G.T., van de Water, Willem
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Nature, 1986
Faraday Rediscovered: Essays on the Life and Work of Michael Faraday, 1791–1867. Edited by David Gooding and Frank A.J.L. James. Macmillan, London/ Stockton, New York: 1985. Pp.258. 30, 60.
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Faraday Rediscovered: Essays on the Life and Work of Michael Faraday, 1791–1867. Edited by David Gooding and Frank A.J.L. James. Macmillan, London/ Stockton, New York: 1985. Pp.258. 30, 60.
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Optics and Photonics News, 1999
Michael Faraday (1791–1867) was born in a village near London into the family of a blacksmith. His family was too poor to keep him at school and, at the age of 13, he took a job as an errand boy in a bookshop. A year later he was apprenticed as a bookbinder for a term of seven years.
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Michael Faraday (1791–1867) was born in a village near London into the family of a blacksmith. His family was too poor to keep him at school and, at the age of 13, he took a job as an errand boy in a bookshop. A year later he was apprenticed as a bookbinder for a term of seven years.
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The Journal of Chemical Physics, 1961
The relationship between the measured Verdet constants of a number of molecules and the quantum-mechanical theory of the Faraday effect is examined. The observed behavior of nitric oxide, which is significantly different from that of the diamagnetic gases, is explained by a consideration of the effect on the Verdet constant of the transition from the ...
Irwin Tobias, Walter Kauzmann
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The relationship between the measured Verdet constants of a number of molecules and the quantum-mechanical theory of the Faraday effect is examined. The observed behavior of nitric oxide, which is significantly different from that of the diamagnetic gases, is explained by a consideration of the effect on the Verdet constant of the transition from the ...
Irwin Tobias, Walter Kauzmann
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Physics Today, 1950
In 1846 Michael Faraday discovered that any transparent isotropic medium, which in itself may be optically inactive, would rotate the plane of polarization when placed in a magnetic field.
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In 1846 Michael Faraday discovered that any transparent isotropic medium, which in itself may be optically inactive, would rotate the plane of polarization when placed in a magnetic field.
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Faraday effect in nanopolyacetylene
SPIE Proceedings, 2002We measured small Faraday polarization rotation in nanopolyacetylene in a magnetic field approximately 150 Oe. We found that approximately 1% polyacetylene nanoparticles increase up to 50% the polarization rotation angle of the transparent matrix containing them when probed near and at the NPA absorption band.
V. A. Ruilova-Zavgorodnii +3 more
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American Journal of Physics, 1965
A treatment of the Faraday effect in an anisotropic plasma is presented. The plasma is treated as a fluid in which collisions may occur. Relations are derived for the rotation of the plane of polarization and the ellipticity of the electromagnetic wave in terms of parameters associated with the plasma.
W. S. Porter, E. M. Bock
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A treatment of the Faraday effect in an anisotropic plasma is presented. The plasma is treated as a fluid in which collisions may occur. Relations are derived for the rotation of the plane of polarization and the ellipticity of the electromagnetic wave in terms of parameters associated with the plasma.
W. S. Porter, E. M. Bock
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The Faraday effect in semiconductors
Journal of Physics and Chemistry of Solids, 1959Abstract A general expression for the Faraday rotation, θ, in a semiconductor is derived and applied to the case of free carriers. At low magnetic field strengths and low frequencies, θ is determined by the d.c. conductivity σ0 and the Hall coefficient R0 and is proportional to σ 0 3 2 R 0 .
M.J. Stephen, A.B. Lidard
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Theory of optical rotation, Faraday effect, and inverse Faraday effect
International Journal of Quantum Chemistry, 1999The Hamiltonian for these problems is arranged appropriately in the nonrelativistic limit of the Dirac Hamiltonian. The unified view is tried to elucidate the mechanisms responsible for these phenomena by connecting the polarization vector of light and molecular properties inherent in the species or the external magnetic field. ©1999 John Wiley & Sons,
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