Micro system integration of a holographic optical chemical sensor

A first of its kind, holographic chemical sensor, has been built at the University of Colorado. This study focuses on modelling the performance of this sensor and attempting integration of micro technology of sensor components.; Before micro system integration of a holographic chemical sensor is attempted, a profound knowledge of how the sensor would performs at a smaller scale is required.; This study contains a comprehensive study of the parameters that affect a holographic chemical sensor's performance. A mathematical model was constructed to link the input chemical concentration to the sensor's output signal through the physical and engineering parameters of the sensor.; The model showed good agreement with experimental data. In addition, the model proved valuable for understanding the affect the sensor's various physical parameters have on the performance. Possible application for this model include optimization of sensor performance (engineering) and understanding (extraction) of the sensor's key characteristics (physics).; Micro system integration of sensor components were also attempted. The integration showed that micro technology can be a possible part of this sensor in the future.