Huang Kai, Li Yangjuan, Wu Zhiming, Li Cheng, Lai Hongkai, Kang Junyong
Semiconductor photonics research center, Department of Physics, Xiamen University, Xiamen, China.
Opt Express. 2011 Jan 17;19(2):1301-9. doi: 10.1364/OE.19.001301.
Asymmetric light reflectance effect was observed in an anodic aluminum oxide on glass structure. The transmitted light from two sides of the films show the same colors, whereas the reflected light from two sides show complementary colors. The spectra analysis demonstrates that this asymmetric light reflectance effect can be ascribed to the asymmetric geometric structure of nanoscale aluminum networks. This effect may result in applications in many fields, especially in optical communication.
在玻璃结构上的阳极氧化铝中观察到了不对称光反射效应。从薄膜两侧透射的光显示相同的颜色，而从两侧反射的光显示互补色。光谱分析表明，这种不对称光反射效应可归因于纳米级铝网络的不对称几何结构。这种效应可能在许多领域有应用，特别是在光通信中。
