Mazhdi, Y.; Hamidi, S.M.; Belotelov, V.I.; Chernov, A.I.; Ejbarah, R.A.; Sohrabi, F. Glucose Sensor Based on Ellipsometry and Circular Dichroism in Achiral Plasmonic Structure. Optik 2023, 171061, doi:10.1016/j.ijleo.2023.171061.
Mazhdi, Y.; Hamidi, S.M.; Belotelov, V.I.; Chernov, A.I.; Ejbarah, R.A.; Sohrabi, F. Glucose Sensor Based on Ellipsometry and Circular Dichroism in Achiral Plasmonic Structure. Optik 2023, 171061, doi:10.1016/j.ijleo.2023.171061.
Mazhdi, Y.; Hamidi, S.M.; Belotelov, V.I.; Chernov, A.I.; Ejbarah, R.A.; Sohrabi, F. Glucose Sensor Based on Ellipsometry and Circular Dichroism in Achiral Plasmonic Structure. Optik 2023, 171061, doi:10.1016/j.ijleo.2023.171061.
Mazhdi, Y.; Hamidi, S.M.; Belotelov, V.I.; Chernov, A.I.; Ejbarah, R.A.; Sohrabi, F. Glucose Sensor Based on Ellipsometry and Circular Dichroism in Achiral Plasmonic Structure. Optik 2023, 171061, doi:10.1016/j.ijleo.2023.171061.
Abstract
Various efforts have been made to detect minimum value of glucose in any medium like water or body buffer solutions with high-sensitivity, accurate, and low-cost sensors in order to enhance life style. Therefore, the present study was done to investigate reliability of two-dimensional plasmonic structure by circular dichroism (CD) and ellipsometry tools in different concentrations of glucose. Our results confirmed a dependency of the CD signal on glucose concentrations and also a very good sensitivity based on the phase difference between each polarization in ellipsometry parameters with the help of an achiral plasmonic structure.
Copyright:
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