Practical RF Biosensor Technology - Kim, Nam Young;Dhakal, Rajendra;Adhikari, Kishor Kumar
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This book discussed the microwave permittivity analysis of the biological solutions, which has been the core investigation for several decades though different applications. The dielectric features of many biological fluids are unique across the microwave spectrum and offers a numerous possibility for analysis techniques. Different techniques using the metal insulated semiconductor capacitor and interdigital capacitor has been discussed. The radio frequency micro-resonator fabricated on a gallium arsenide substrate by integrated passive device (IPD) technology was designed and tested to enable…mehr

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Produktbeschreibung
This book discussed the microwave permittivity analysis of the biological solutions, which has been the core investigation for several decades though different applications. The dielectric features of many biological fluids are unique across the microwave spectrum and offers a numerous possibility for analysis techniques. Different techniques using the metal insulated semiconductor capacitor and interdigital capacitor has been discussed. The radio frequency micro-resonator fabricated on a gallium arsenide substrate by integrated passive device (IPD) technology was designed and tested to enable the real-time identification of the glucose level in human serum. The discussed glucose sensor incorporates the air-bridge capacitor (MIS), Interdigital capacitor to enable effective quantifiable detection of glycemia in human serum. The feature characteristics based on the resonance concept after the use of serum as an analyte are modelled as an inductor, capacitor and resistor with some derived parameters.
Autorenporträt
Prof. Nam-Young Kim was born in Seoul, Korea in 1960. He received two Masters and two Ph.D. degrees from State University of New York (SUNY) at Buffalo and Midwest University, U.S.A.; the M.S. and the Ph.D. in Electronic Engineering, SUNY at Buffalo in 1991 and 1994. He also received M. Div. and D. Div. in Midwest University in 2004 and 2006.