Numerical Analysis of Coupled-wave Equation Derived from Multiple Scattering Theory Using Rouge-Kutta Method

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[2] Miller D A B. Bistable optical devices,physics and operating characteristics. Laser Focus World, 1982, (4) :79 ～ 85

[3] Poon T C. Canning holography and two-dimensional image processing by acousto-optic two-pupil synthesis. JOSA,1980,7 :871 ～ 885

[4] Korpel A. Acousto-Optics. Marcdl-Dekker, New York, 1988

[5] Gottlieb M, Ireland G L M, Levy J N. Electro-Optic and Acousto-Optic Scanning and Deflection. Marcel-Dekker,New York, 1983

[6] Klein W R, Cook B D. Unified approach to ultrasoniclight diffraction. IEEE trars Sonic and Ultrasonics, 1967,14 (3):123 ～ 140

[7] Chen S T, Chatterjee M R. A numerical analysis and expository interpretation of the diffraction of light by ultrasonic waves in the Bragg and Raman-Nath regimes using multiple scattering theory. IEEE Transactions on Education,1996, 39:56 ～68

[8] Korpel A, Poon. Explicit formalism for acoustooptic ultiple plane wave scattering. JOSA, 1980,9:817 ～ 830

[9] Appel R K, Somekh M G. Series solution for two-frequency Bragg interaction using the Kopel-Poon multiple-scattering model. JOSA, 1993,10:466 ～ 498

[10] Cont A, Poon T C. Simulations of bistable acousto-optic devices using matlab. IEEE,2003,0-7803-7697-8/03