Investigation of a highly-sensitive aluminum-based plasmonic device using antimonene for sensing applications
S Shukla,
R Sekhar C B,
A Lath
et al.
Abstract:Aluminum (Al) has gained popularity for surface plasmon resonance-based applications due to its affordability and compatibility with CMOS technology at the nanoscale. Over angle-interrogation mode, plasmonic interactions occurring at the metal-dielectric junction, are the outcomes of the attenuated total internal reflection phenomenon. Modified Al-based Kretschmann configuration results in phase-matching conditions that are seen as resonant points in the reflection characteristics. In our work, we have enginee… Show more
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