Table 2 Presents the parameters of the sensor.
Name | Value | Description |
|---|---|---|
d_co | 8.2 µm | Core diameter |
d_Au | 8.25 µm | Gold diameter |
d_analyte | 11.25 µm | Analyte diameter |
PML | 18.25 | Perfectly matched layer |
Wl | 300–1000 nm | Operating wavelength |
Fo | c_const/wl[nm] | Operating frequency |
a1 | 0.696163 | Sellmier coefficient |
a2 | 0.4079426 | Sellmier coefficient |
a3 | 0.897479400 | Sellmier coefficient |
b1 | 4.67914827 × 10–3 (μm)2 | Sellmier coefficient |
b2 | 1.35120621 (μm)2 | Sellmier coefficient |
b3 | 97.9240025 (μm)2 | Sellmier coefficient |
n_s | Equation (1) | Sellmier equation |
\(\varepsilon_{\infty }\) | Table 1 | Permittivity |
\(\Delta_{\varepsilon }\) | Table 1 | Weighting Vector |
\(\omega\) | Table 1 | The Angular Frequency |
\(\omega_{D}\) | Table 1 | Plasma Frequency |
\(\gamma_{D}\) | Table 1 | Damping Frequency |
\(\Omega_{L}\) | Table 1 | Frequency of The Lorentz Oscillator |
\(\Gamma_{L}\) | Table 1 | The Spectral Width of The Lorentz Oscillator |
\(\varepsilon_{\infty }\) | Table 1 | Permittivity |
\(\varepsilon_{m}\) | Equation (2) | Drude-Lorentz model Equation |
n_air | 1.000281 | Air refractive index |
n_NaCl | 1.35 | NaCl refractive index |
n_Sucrose | 1.3710 | Sucrose refractive index |
n_Glycerol | 1.39 | Glycerol refractive index |
