Transient Diffraction Efficiency and Switched Phase Conjugation - Sharafuddin, Sharif
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Photorefarctive materials are by far the most suitable medium to generate optical phase conjugation. In particular, BaTiO3 is an attractive one among the candidates of photorefractive materials because of its large electrooptic coefficient that leads to strong coupling for two- and four-wave mixing. High phase conjugate reflectivity is always desired as well as diffraction efficiency for their different potential applications. This book contains the experimental observations of a unique enhancement of the transient diffraction efficiency and phase conjugate reflectivity with steady-state…mehr

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Produktbeschreibung
Photorefarctive materials are by far the most suitable medium to generate optical phase conjugation. In particular, BaTiO3 is an attractive one among the candidates of photorefractive materials because of its large electrooptic coefficient that leads to strong coupling for two- and four-wave mixing. High phase conjugate reflectivity is always desired as well as diffraction efficiency for their different potential applications. This book contains the experimental observations of a unique enhancement of the transient diffraction efficiency and phase conjugate reflectivity with steady-state grating in an undoped BaTiO3 crystal. A theoretical explanation behind this enhancement has been proposed for the first time. This book may very helpful for the future researchers on the relevant field.
Autorenporträt
Dr. Sharif Md. Sharafuddin is currently a professor of Physics at Shahjalal University of Science and Technology,Bangladesh. He did his Ph.D from the Department of Electrical and Electronics Engineering,Shizuoka University, Japan. He has a research group in his department and is conducting various interesting research on Nonlinear and Laser Optics.