Micro-Structured Silicon for Optical Sensing Applications
Ahmed Amr Eweis Elsayed;
Abstract
Thesis Summary
This thesis aims to discuss the development of a silicon-based infrared blackbody source for optical sensing and spectroscopy applications that can be integrated with other system components on the same chip. The thesis studies different structures including ones based on Black Silicon (BSi), one-dimensional and two-dimensional silicon gratings, photonic crystals, and plasmonic metal coated silicon structures aiming to achieve controllable high emissivity in selected wavelength ranges in near and mid-infrared ranges.
This thesis aims to discuss the development of a silicon-based infrared blackbody source for optical sensing and spectroscopy applications that can be integrated with other system components on the same chip. The thesis studies different structures including ones based on Black Silicon (BSi), one-dimensional and two-dimensional silicon gratings, photonic crystals, and plasmonic metal coated silicon structures aiming to achieve controllable high emissivity in selected wavelength ranges in near and mid-infrared ranges.
Other data
| Title | Micro-Structured Silicon for Optical Sensing Applications | Other Titles | هياكل السيليكون الميكرومترية لتطبيقات الاستشعار الضوئية | Authors | Ahmed Amr Eweis Elsayed | Issue Date | 2018 |
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