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对比着半导体中的阱垒模型,构建一个一维的光量子阱结构,用传输矩阵的算法研究这个光量子阱结构的透射谱线。在介观压阻效应的思想指导下,引入应变量来分析透射谱线的变化,得到一种不同于晶体光学中的弹光和声光效应的新效应——介观压光效应,最后引入压光系数来衡量此效应的强弱。
Contrasting the well-barrier model in semiconductors, a one-dimensional photonic quantum well structure is constructed, and the transmission spectrum of the photonic quantum well structure is studied by the transfer matrix algorithm. Guided by the idea of mesoscopic piezoresistive effect, we introduce the amount of strain to analyze the change of transmission line, and obtain a new effect that is different from that of mere light and acousto-optic effect in crystal optics - mesoscopic calendering effect. Finally, Calendaring coefficient to measure the strength of this effect.