Izdebski Marek, Kucharczyk Włodzimierz, Raab Roger E
Institute of Physics, Technical University of Lódź, Wólczańska 219, 93-005 Lódź, Poland.
J Opt Soc Am A Opt Image Sci Vis. 2004 Jan;21(1):132-9. doi: 10.1364/josaa.21.000132.
The Jones matrix calculus is applied to an electro-optic crystal with uniaxial symmetry when the light beam is incident nearly normally on the crystal face. The approach allows one to treat refracted waves and rays that diverge in the crystal and are modulated by an external low-frequency field. The effect of partial interference of overlapping refracted beams is allowed for and calculated for the case of uniform intensity of the beam over its cross section. The method is employed to analyze optical systems containing an imprecisely cut and aligned electro-optic crystal plate.
当光束几乎垂直入射到晶体表面时，琼斯矩阵算法应用于具有单轴对称性的电光晶体。该方法可以处理在晶体中发散并由外部低频场调制的折射波和光线。考虑了重叠折射光束的部分干涉效应，并针对光束在其横截面上强度均匀的情况进行了计算。该方法用于分析包含切割和对准不准确的电光晶体板的光学系统。
