Flame Visualization Detection Principle and Technology in Furnace

Author: Zhou Huai Chun
Publisher:
Publish Date: 2005-04-01
Features: This book systematically summarizes the author's 10 years of related research work and the research achievements of peers both domestically and internationally. It treats the high-temperature flame radiation image detector as a two-dimensional sensor for flame radiation energy in furnace combustion, combining theories and knowledge from multiple disciplines such as radiative heat transfer in disperse media and its inverse analysis, photoelectric signals and image processing, ill-posed problem solving, thermodynamics, and signal analysis. The book elaborates on the principles and techniques for three-dimensional combustion temperature field visualization and combustion condition analysis in large furnaces. The book is theory-driven, with a clear focus, compact structure, rich content, and significant scientific and practical value. It plays an important role in advancing the research and development of advanced combustion process detection technologies in China, accelerating the technological upgrading of real-time three-dimensional combustion condition monitoring for major energy-consuming equipment such as large power station boilers, industrial boilers, and industrial kilns, improving primary energy utilization efficiency and the quality of related industrial products, and reducing pollutant emissions. The main readers of this book include faculty and graduate students in thermal energy and power engineering and engineering thermophysics at universities, undergraduate students, researchers and engineering technicians in power research institutes, thermal power plants, and high-tech power companies, as well as thermal energy engineering and furnace thermal monitoring and control professionals in industries such as metallurgy, building materials, and chemical engineering.