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Pseudophase conjugation properties of a spherical optical array with large size and large radius of curvature

机译:大尺寸大曲率半径的球面光学阵列的伪相共轭特性

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Abstract: Under nonparaxial approximation, the pseudo-phase conjugation properties of spherical optical arrays with large size and large radius of curvature are analyzed in this paper. A theoretical model of optical arrays for compensation of static phase distortion has also been obtained. This theoretical model illustrates the types and degree of phase distortion that optical arrays can eliminate and the condition that optical arrays should satisfy. This paper also illustrates the difference of compensation properties between nonlinear phase conjugator and optical array. The numerical results agree with our theory model. !2
机译:摘要:在非近轴近似下,分析了大尺寸,大曲率半径的球形光学阵列的伪相位共轭特性。还获得了用于补偿静态相位失真的光学阵列的理论模型。该理论模型说明了光学阵列可以消除的相位失真的类型和程度以及光学阵列应满足的条件。本文还说明了非线性相位共轭器和光学阵列之间补偿特性的差异。数值结果与我们的理论模型一致。 !2

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