Ozone Gas Sensing Technologies

The 1st Edition of Ozone Gas Sensing Technologies provides a systematic examination of physical detection mechanisms and material platforms used in monitoring atmospheric ozone. Designed for chemists, chemical engineers, researchers, students, and industry experts, this book outlines core technical principles essential for analyzing modern chemical detection hardware. It establishes a grounded technical framework for evaluating how target gas interactions generate measurable electronic and optical signals across different operating conditions.

The content categorizes primary sensing mechanisms, detailing the operational principles behind electrochemical, semiconductor, optical, and catalytic sensors. It further investigates material synthesis choices, highlighting the physical properties of metal oxides, two-dimensional structures, and advanced materials that influence sensor sensitivity and device responsiveness.

Presented in a 476-page paperback volume, the text connects fundamental chemical properties directly to physical device design. This structured approach offers academic readers and technical specialists a clear foundation for assessing material behaviors in sensor development.