Glan-Taylor prism has important applications in optical field. The quality of the prism is directly affected by the transmissivity and the bandwidth.
格兰泰勒棱镜在光学领域有着重要的应用，透过比的高低和有效带宽的大小，直接影响着棱镜的品质。
For preparing large area CIO films with low resistivity and high transmissivity, we studied the effect of oxygen density and substrate temperature on optical and electrical properties, respectively.
为了制备低电阻率、高透射率的大面积CIO薄膜，我们分别研究了溅射氧浓度和沉积衬底温度对CIO薄膜光电特性的影响。
The result shows that all optical control of transmissivity and phase shift of a fundamental beam is possible, based on resonance enhancement, through changing input intensity.
结果表明，通过改变入射光强，可以全光学控制基频光束的透射率和它的相移。
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