This book provides a link between modern laser-based diagnostics techniques and applied combustion problems. Fundamental understanding of combustion is needed to increase energy efficiency and reduce the pollution from combustion effluent. Laser-based diagnostics provide important tools to probe the harsh, high-temperature, and often high-pressure environment of modern combustion systems. A pedagogical overview of the application of laser-based diagnostics to combustion problems is presented in this book.
The text provides the active combustion research scientist with an understanding of what information each laser-based technique can provide. It provides supplemental reading to graduate courses in combustion and experimental methods in mechanical engineering. The laser-diagnostics specialist learns strengths and weaknesses of the various laser-based techniques, and the student quickly gets an up-to-date status of laser-based combustion measurements.

This book provides a link between modern laser-based diagnostics techniques and applied combustion problems. Fundamental understanding of combustion is needed to increase energy efficiency and reduce the pollution from combustion effluent. Laser-based diagnostics provide important tools to probe the harsh, high-temperature, and often high-pressure environment of modern combustion systems. A pedagogical overview of the application of laser-based diagnostics to combustion problems is presented in this book.
The text provides the active combustion research scientist with an understanding of what information each laser-based technique can provide. It provides supplemental reading to graduate courses in combustion and experiemental methods in mechanical engineering. The laser-diagnostics specialist learns strengths and weaknesses of the various laser-based techniques, and the student quickly gets an up-to-date status of laser-based combustion measurements.