Birefringence and scattering in highly oriented artificial Kerr media
Author:
Publisher
The Optical Society
Subject
Atomic and Molecular Physics, and Optics
Reference5 articles.
1. Nonlinear Response of a Suspension Medium to Millimeter-Wavelength Radiation
2. Light scattering study of crystalline latex particles
3. Electric Birefringence of a Dispersion of Electrically Charged Anisotropic Particles
4. Polarization-resolved optical phase conjugation in an artificial anisotropic Kerr medium
5. Optical phase conjugation through translational and rotational diffusive rearrangements of liquid-dispersed microparticles
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1. Electro-optical properties of suspensions of anisotropic particles;Physica B: Condensed Matter;2003-10
2. Local field effects on reorientation in suspensions of anisotropic particles;Physical Review E;2003-07-24
3. Dielectric response and electro-optical effects in suspensions of anisotropic particles;Physical Review E;2002-07-25
4. Concentrational effects in anisotropic artificial Kerr media;Physical Review A;1995-02-01
5. Measurements of light-intensity noise during nondegenerate two-wave mixing in a Kerr medium;Physical Review A;1994-03-01
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