1
Nanoi-kohza, Malaysia- Japan International Institute of Technology (MJIIT), University Technology Malaysia, Malaysia
2
Physics Department, Faculty of Science, Urmia University, Urmia, Iran
Abstract
G raphene based materials with outstanding optical and electrical characteristics attract substantial interest of the researchers to improve sensitivity and performance of sensing element of surface Plasmon resonance (SPR) based biosensors. In this research carrier density variation because of functionalized element on graphene based SPR biosensor modeling is employed. The molecular specifications such as electro-negativity, molecular mass and periodic table group effect are engaged. The refractive index shift equation is defined and related coefficients are proposed. Finally a semi-empirical model for interpretation of changes in SPR curve is suggested.
. Toloue H., Meshginqalam B., . Ahmadi M., Centeno A. (2015). 'Graphene Based Surface Plasmon
Resonance Bio-sensor Response Modeling', Nanomeghyas, 2(2), e46707.
CHICAGO
H. . Toloue, B. Meshginqalam, M. . Ahmadi and A. Centeno, "Graphene Based Surface Plasmon
Resonance Bio-sensor Response Modeling," Nanomeghyas, 2 2 (2015): e46707,
VANCOUVER
. Toloue H., Meshginqalam B., . Ahmadi M., Centeno A. Graphene Based Surface Plasmon
Resonance Bio-sensor Response Modeling. Nanomeghyas, 2015; 2(2): e46707.
