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Glucose monitoring using a noninvasive, rapid and nondestructive devices is becoming a very challenging task in the present time. This paper presents a modeling and an analysis of an electromagnetic sensor for blood glucose level detection, based on the wave concept iterative process (WCIP) method and operating in the terahertz (THZ) frequency range. The theoretical aspects about the WCIP algorithm,...
In this paper, an efficient wave concept iterative process algorithm is proposed to analyze a dynamically controllable grounded coplanar waveguide attenuator based on graphene at terahertz frequencies. The proposed modeling technique of graphene is based on waves concept, that is based on redefining the boundary conditions (surface current and electric field) in terms of incident and reflected waves...
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