Optoelectronic Technology and Its Applications

Author: Guo Yuru, Zhang Pu, Yang Yeiping, Wang Dongjun / Country:
Publisher:
Publish Date: 2006-07-01
Features: This book is divided into 10 chapters, covering major aspects of optoelectronic technology comprehensively. Chapter 1 provides an overview of the basic content of optoelectronic technology; Chapter 2 introduces the fundamental theories of optoelectronic detection technology, the working principles and structures of main detectors; Chapter 3 presents typical application examples of optoelectronic detection systems, enabling better understanding and mastery of practical applications of optoelectronic detection technology; Chapter 4 focuses on the performance characteristics and working principles of key components of fiber-optic communication systems—fibers, optical transmitters, optical detectors, and optical amplifiers—while briefly introducing the features of wavelength-division multiplexing (WDM) multi-fiber communication, coherent fiber-optic communication, and all-optical communication systems; Chapter 5 discusses the development and characteristics of bar code technology, explores bar code encoding methods, and provides a detailed introduction to the key components of bar code systems, including the working principles, structures, and functions of bar code readers; Chapter 6 analyzes the development trends of laser weapons in high-tech warfare, examines the features, types, mechanisms, and applications of laser weapons, and introduces their typical applications; Chapter 7 introduces the fundamental theories of optoelectronic countermeasures technology, focusing on various light source reconnaissance techniques and countermeasures; Chapter 8 emphasizes typical application examples of military optoelectronic countermeasure systems and discusses optoelectronic countermeasures methods; Chapter 9 introduces theories and methods of laser ranging, laser radar, laser navigation, laser simulators, and laser communication from a military perspective; Chapter 10 explores the applications of optoelectronic technology in biomedicine, covering topics such as the interaction between light and biological tissues, optical laser technologies for biomedical detection, diagnosis, and treatment. This book avoids overly complex and lengthy formula derivations, strives for depth in content and clarity in language to cater to readers of varying levels, and is accompanied by numerous explanatory illustrations. It serves as a technical reference for professionals in the field of optoelectronic technology engineering and other engineering disciplines, as well as a textbook and study guide for undergraduate students in mechanical engineering-related disciplines at colleges and universities. ...