Infrared radiation effect of rock under stress

Author: Liu Shanjun
Publisher:
Publish Date: 2005-09-01
Features: The book is divided into 8 chapters. Chapter 1 introduces the fundamental theory of thermal radiation and the principle of thermal imaging. Chapters 2-5 discuss the infrared radiation patterns of rock strain and failure processes under various loading conditions. Chapters 6-7 explore the infrared radiation patterns during rock frictional sliding. Chapter 8 discusses the mechanisms of infrared radiation effects generated during rock loading. Considering that rock loading typically produces two types of mechanical phenomena—failure and sliding—the infrared radiation of typical fault activities (such as en echelon faults and collinear non-communicating faults) is presented in Chapter 4 as a rock failure issue, while the infrared radiation of intersecting fault activities is discussed in Chapter 7 as a rock sliding issue. This book is suitable for technical personnel engaged in rock mechanics, remote sensing, and other fields, as well as for researchers, technicians, and management personnel in geology and mining. The book is divided into 8 chapters, covering the fundamental theory of thermal radiation and thermal imaging principles, the infrared radiation patterns of rock strain and failure processes under various loading conditions, and the infrared radiation patterns during rock frictional sliding, among other topics.