This book examines silicon on insulator waveguide technology through theoretical analysis of rectangular, slot, and nanowire configurations. It covers dispersion analysis of silicon nanowire optical rectangular waveguides with applications in methane sensing, blood glucose detection, and DNA hybridization analysis, and also includes:
- Comprehensive theoretical analysis of silicon on insulator waveguide structures including rectangular, slot, and nanowire configurations for optical applications
- Detailed dispersion analysis methodologies for silicon nanowire optical rectangular waveguides with practical sensing implementations
- Investigation of methane detection systems using silicon nanowire optical rectangular waveguide technology for environmental monitoring applications
- Analysis of blood glucose sensing mechanisms through silicon on insulator waveguide platforms for biomedical diagnostic applications
- Study of DNA hybridization detection techniques utilizing advanced waveguide sensing methodologies for molecular analysis systems
The work explores ring resonator implementations for optical filtering and glucose sensing systems. Analysis includes waveguide structure optimization, sensing mechanism evaluation, and integrated photonic applications for environmental monitoring and biomedical diagnostic systems using advanced silicon photonics technology.
This title has been co-published with Manakin Press. T&F does not sell or distribute the print editions in Bangladesh, Bhutan, India, Nepal, Pakistan, and Sri lanka.
This book examines silicon on insulator waveguide technology through theoretical analysis of rectangular, slot, and nanowire configurations. It covers dispersion analysis of silicon nanowire optical rectangular waveguides with applications in methane sensing, blood glucose detection, and DNA hybridization analysis.
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