Dual-Polarized PCF-SPR Sensor for Alcohol Detection at Low Temperature
DOI:
10.29303/jppipa.v8i5.2143Published:
2022-11-30Downloads
Abstract
We have observed a numerical simulation of the PCF-SPR sensor detecting alcohol concentration at low temperatures. The investigation was carried out using the finite element method on the PCF-SPR geometric structure. We use a simple geometry structure of the sensor by using fused silica and gold as the sensor’s core and plasmonic material. Observations were made in the alcohol concentration range of 15%, 40%, 60%, and 70%. In the literature, we find the refractive index of each alcohol concentration and input its value into the proposed sensor. The proposed sensor shows that the sensor has a sensitivity in detecting alcohol concentrations at low temperatures of 91 nm/%. In the end, we obtained the optimal sensor components and the sensor can detect the alcohol concentration at low temperatures
Keywords:
PCF-SPR sensor, COMSOL Multiphysics, Alcohol concentration, low-temperatureReferences
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