Abstract
The surface plasmon polaritons (SPPs) at the interface of form birefringence metal (FBM) and the negative magnetic permeability material (NMPM) are investigated. The dispersion relation and the characteristic length of the p- and s-polarized SPPs along the X and Y directions are discussed in detail, including the wavelength, the propagation distance, and the penetration depth into two media of SPPs in the range of 400–600 nm. It is shown that both p- and s-polarized SPPs can be observed at the interface formed by FBM and NMPM, and that their properties and characteristic length are very different along the X and Y directions. Especially, it is also found the maximum and minimum of characteristic length for the p- and s-polarized SPPs at certain wavelength.
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