光折变晶体是实时光信息处理和全息数据存储应用中最诱人的材料之一,它同时具有电光效应和光电导特性,集光电探测功能和电光调制功能于一体。光折变晶体可以构成单一工作介质的空间光调制器,由于结构简单、工艺可控性强,同时具有对比度及空间分辨率高,以及具备三维全息图像存储等优点,因而得到了广泛重视
We can exert both advantages by combining the photorefractive crystal with the JTC.
将光折变晶体与联合变换相关器相结合构成光折变联合变换相关器,就可以充分发挥二者的优势。
参考来源 - 光折变联合变换相关器的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
用单载流子一能级带导模型讨论了光折变晶体双光束耦合的温度特性。
The temperature characteristics of two-beam coupling in photorefractive crystal was discussed by using the one-carrier and one-level band-conduction model.
利用不同的结构光辐照光折变晶体,可以制作具有不同结构的光波导以及光波导阵列。
Various optical waveguides and waveguide arrays can be fabricated by irradiations of different structure lights.
研究了稳态情况下一维宽光束在有偏压双光子中心对称光折变晶体中的调制不稳定性。
The modulational instability of one-dimensional broad optical beams in biased two-photon centrosymmetric photorefractive crystals under steady-state conditions has been investigated.
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