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Amin Javaheri S M H, Mazaheri A, Davoudi M, Yousefi M H, Mousavi S M R. Investigating the effect of ZnO nanorods on sensitivity of optical fiber to the visible spectrum. ICOP & ICPET _ INPC _ ICOFS 2018; 24 :733-736
URL: http://opsi.ir/article-1-1632-en.html
URL: http://opsi.ir/article-1-1632-en.html
Seyed mohammad hossein Amin Javaheri * 
1, Azardokht Mazaheri2 , Mahdi Davoudi2 , Mohammad hasan Yousefi2 , Seyed mohammad reza Mousavi2
1, Azardokht Mazaheri2 , Mahdi Davoudi2 , Mohammad hasan Yousefi2 , Seyed mohammad reza Mousavi2
1- Institute of Applied Sciences of Malek Ashtar, Optoelectronic Center
2- Institute of Applied Sciences of Malek Ashtar, Department of Physics
2- Institute of Applied Sciences of Malek Ashtar, Department of Physics
Abstract: (1823 Views)
In this paper, nannostructured ZnO was grown upon optical fiber by Thermal decomposition and Microwave methods. After observing fine FESEM images of nanostructures, external ligth source setup implemented and then the transmissional spectrum of fibers recorded. Investigating the effect of ZnO nanostructures have showed improvement in detected ligth intensity up to 5.2 order compare with intensity of fiber without nanostructure in three various wavelengths. Nanostructures synthesized through thermal decomposition method are more effective than ones which created through microwave method in incremented intensity.
Keywords: Optical fiber nano-sensor, Zinc oxide, Thermal decomposition, Microwave, External ligth source setup.
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