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Conferences > Photonics > 2016 > Th3A > Th3A.58

Localized Surface Plasmon Resonance Based Fiber Optic Ethanol and Methanol Sensor Using UV light based AgNO3/ZnO Nanorods

Shiva Dixit, Praveen Kumar, and Rajneesh Kumar Verma

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Abstract

In this paper we focused on the experimental investigation for the detection of Ethanol and Methanol using fiber optic LSPR based sensors by using AgNO3/ZnO Nanorods. The basic structure of probe for the analysis of localized surface Plasmon resonance at the metal-dielectric interface is prepared by coating the unclad portion of the fiber with UV light based silver nitrate coating followed by a Zinc Oxide Nanorods. The absorption LSPR spectra find red shift in wavelength for higher concentration of ethanol and methanol.

© 2016 Optical Society of America

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