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In this paper, a numerical model of halloysite nano-tubes (HNTs) modified surface plasmon resonance sensor is established and optimized. The simulations investigate the effect of HNTs size parameters on the SPR sensor performance. From this study we can find that the optimal design for halloysite modified SPR sensor.
In order to obtain a high sensitivity, linearity and large dynamic measuring range, A physical model for a novel surface plasmon resonance sensor coupled by side polished fiber and triangular nano-rod array is proposed and established. By using finite element method (FEM), the strong evanescent field escaped from the polished region of the fiber excites three kinds of plasmon resonances, which are...
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