| Summary: | 碩士 === 國立臺灣大學 === 生物產業機電工程學研究所 === 90 === This article is focusing on the sensing component’s designing and analyzing of micro oxygen-solvent, especially the ability to measure the oxygen’s solved volume. According the measures oxygen’s solved volume, we can determine whether it is satisfying the normal standard so as to adjust and control environmental factors and the alertness of system.
The design scheme for micro oxygen-solved sensors proposed by this article, especially the design with ISFET and CMOS multiple micro sensor, will be goaled to enhance the sensing alertness, precision and authentication of oxygen solvent volume. We will adopt the integrated design for “Concurrent Engineering (CE)”, “Quality Function Development (QFD)” and “Reversed Engineering”. Initially, we will establish the designing concepts and adopt chemical simulating software further to analyze 8 major molecular structures, the energy in liquid phase, electronic clouds, temperature distribution and reaction. Among them, we will select the most suitable material and re-integrate with ISFET and MOSFET to generate the physical distributed prototype of a component.
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