SURFACE PLASMON GENERATION ON GRAPHENE-COATED OPTICAL FIBER FOR SENSOR APPLICATIONS
Keywords:
surface plasmon, graphene coating, fiber optic sensor, plasmon amplification, analyte study.surface plasmon, graphene coating, fiber optic sensor, plasmon amplification, analyte study.surface plasmon, graphene coating, fiber optic sensor, plasmon amplification, analyte study.surface plasmon, graphene coating, fiber optic sensor, plasmon amplification, analyte study.surface plasmon, graphene coating, fiber optic sensor, plasmon amplification, analyte study.surface plasmon, graphene coating, fiber optic sensor, plasmon amplification, analyte study.surface plasmon, graphene coating, fiber optic sensor, plasmon amplification, analyte study.
Abstract
This paper is devoted to the issues of surface plasmon generation at the interface "graphene coating - quartz glass", as well as on the surface of a round conducting particle. Such plasmons are of interest for the creation of sensor devices in medicine and biology due to the neutrality of graphene coatings. It is said that the plasmon should be amplified to increase the sensitivity of the sensor. It is also shown that the presence of particles with conductivity in the substance under study influences the total refractive index of the substance and changes it even at the smallest concentration of additional substances (analytes).
Published
2024-03-20
How to Cite
Виноградова, Ирина, Гизатулин, Азат, Мешков, Иван, & Головина, Евгения. (2024, March 20). SURFACE PLASMON GENERATION ON GRAPHENE-COATED OPTICAL FIBER FOR SENSOR APPLICATIONS. Electronics, Photonics and Cyberphysical Systems, 3(4), 57-64. Retrieved from http://elphotkai.ru/article/view/610
Section
Photonics
This work is licensed under a Creative Commons Attribution 4.0 International License.
