This book presents the most common, basic gas sensing technologies and their respective application potential against the background of user requirements. Aimed at providing a signpost to end-users with regard to the gas sensing technology that is suitable for different measurement scenarios it starts with a concise summary of the basic working principles that are commonly used in gas sensing. Based on this the potential of these technologies with respect to selectivity, sensitivity, stability, and the potential for miniaturization is discussed. In particular, the book shall focus on techniques that allow for gathering reliable information about the composition of gaseous samples and includes examples of applications and a discussion as to why a specific technology is used in these situations.
The book is primarily aimed at end-users of gas sensing technology who need to be able to judge the different technological offers available. Especially in industrial and environmental monitoring applications it is indispensable to obtain reliable chemical information. Too often time and money are unnecessarily spent on unsuitable equipment. At the same time there is a lack of knowledge on the end-user side with regard to which techniques might be suitable in principle. The book will address this issue in particular.
Autorentext
Stefan Palzer is an expert in gas sensing technologies and the development of novel solutions for demanding measurement scenarios. His research and development approach is based on quickly deploying laboratory-based solution in real-world scenarios to test their suitability under realistic operating conditions.