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The five-layer nanorod-mediated surface plasmon sensor with inhomogeneousliquid crystal layer was theoretically investigated. The reflectance as thefunction of the incident angle was calculated at different voltages applied tothe liquid crystal (LC) for different analyte refractive indices. By changingthe LC director orientation one can control the position of the reflective dipsand choose the one that is the most sensitive to the analyte refractive index.At the chosen angle of incidence, the analyte refractive index can be foundfrom the reflectance value. The director reorientation effect is stronger whenthe prism refractive index is between ordinary and extraordinary refractiveindices of the LC. In this case, the voltage increase and the prism refractiveindex decrease have a similar effect on the reflectance features.

Numerical modelling of light propagation in surface plasmon resonance sensor with liquid crystal