Hybrid surface plasmon polariton (SPPs) modes between metal and anisotropic plasma interface

Abstract

This manuscript investigates the properties of surface plasmon polaritons (SPPs) at anisotropic plasma metal interface. It has been shown that magnetized plasma surface plasmon waves have unique features such as hybridization nature, the existence of cutoff frequency and the dependence of normalized prorogation constant and prorogation length on plasma parameters such as cyclotron frequencies (𝜔𝑐) and plasma frequency (𝜔𝑝). The influence of plasma features on normalized propagation constant and propagation as the function of frequency under different values of plasma frequency and cyclotron frequencies are studied. This suggest SPPs at magnetized plasma metal interface may be exploited for Plasma-on-Chip for cancer treatment.

Nano Application of Oil Concentration Detection Using Double-Tooth Ring Plasma Sensing

“…In contrast, even symmetry modes exhibit longer propagation distances and lower energy losses. Therefore, to ensure that only one even symmetry mode can propagate and effectively enhance the transmission efficiency of even symmetry modes while reducing energy losses, selecting an insulator layer thickness of 50 nm met the requirements [28].…”