Ground Penetrating Radar Theory and Applications

Author: Su Yi
Publisher:
Publish Date: 2006-09-01
Features: This book elaborates on the fundamental theories, signal processing methods, and typical applications of ground-penetrating radar design and application. The book is divided into 8 chapters, covering main topics such as the propagation characteristics of electromagnetic waves in complex media, the electromagnetic scattering characteristics of targets in media, ground-penetrating radar system design methods, antenna design techniques, data acquisition and preprocessing methods, data analysis and interpretation techniques, high-resolution imaging technology for subsurface targets, and typical application technologies of ground-penetrating radar. Most of the material in this book is derived from scientific research and engineering practices. In terms of content arrangement, it emphasizes the systematicity and self-containment of theory while also addressing various engineering and technical issues in practical applications. This book can serve as a graduate textbook for communication, electronic information, and information engineering majors in universities, as well as a reference for researchers and engineers in fields such as radar systems, remote sensing, geophysics, and municipal engineering.
This book elaborates on the fundamental theories, signal processing methods, and typical applications of ground-penetrating radar design and application. The book is divided into 8 chapters, covering main topics such as the propagation characteristics of electromagnetic waves in complex media, the electromagnetic scattering characteristics of targets in media, ground-penetrating radar system design methods, antenna design techniques, data acquisition and preprocessing methods, data analysis and interpretation techniques, high-resolution imaging technology for subsurface targets, and typical application technologies of ground-penetrating radar. Most of the material in this book is derived from scientific research and engineering practices. In terms of content arrangement, it emphasizes the systematicity and self-containment of theory while also addressing various engineering and technical issues in practical applications. This book can serve as a graduate textbook for communication, electronic information, and information engineering majors in universities, as well as a reference for researchers and engineers in fields such as radar systems, remote sensing, geophysics, and municipal engineering.