In this paper,the Goos–Hänchen shift(GHS)at the interface between air and the aluminum zinc oxide(AZO)/ZnO hyperbolic metamaterial(AZO-HMM)is theoretically examined.The results herein show that AZO-HMM can enhan...In this paper,the Goos–Hänchen shift(GHS)at the interface between air and the aluminum zinc oxide(AZO)/ZnO hyperbolic metamaterial(AZO-HMM)is theoretically examined.The results herein show that AZO-HMM can enhance the GHS at the interface to a value at 3 orders of the incident wavelength under special conditions,which is much larger than conventional GHS values.Moreover,the GHS can be tuned to be negative or positive by changing the incident wavelength or the volume fraction of AZO.展开更多
基金the National High Technology R&D Program of China(863 Program)under Grant No.2012AA040406the National Natural Science Foundation of China under Grant No.11374063.
文摘In this paper,the Goos–Hänchen shift(GHS)at the interface between air and the aluminum zinc oxide(AZO)/ZnO hyperbolic metamaterial(AZO-HMM)is theoretically examined.The results herein show that AZO-HMM can enhance the GHS at the interface to a value at 3 orders of the incident wavelength under special conditions,which is much larger than conventional GHS values.Moreover,the GHS can be tuned to be negative or positive by changing the incident wavelength or the volume fraction of AZO.
