Optical testing technology

Author: Fan Zhigang
Publisher:
Publish Date: 2004-01-01
Features: Utilizing optical principles for precision testing has always been a major method in the field of metrology and testing technology, representing one of the advanced technologies of the contemporary era. The development of photoelectric testing technology has evolved alongside the advancement of other related technologies. Since the 20th century, due to the development of laser technology, optical waveguide technology, optoelectronic technology, fiber-optic technology, and computer technology, as well as the emergence and progress of Fourier optics, modern optics, binary optics, and micro-optics, photoelectric testing technology has achieved significant advancements in testing methods, principles, accuracy, efficiency, and the scope of applicable fields. It serves as a crucial technical support and one of the high technologies for the rapid development of modern science and technology and modern industrial and agricultural production.
This book focuses on photoelectric testing methods and sensor technology, with laser testing technology as its highlight. It comprehensively introduces the fundamental theories, main measurement principles, methods, instrument composition, and key technical characteristics involved in the testing of optical and non-optical quantities. The book is divided into seven chapters: Chapter 1 introduces the testing technology for basic optical quantities; Chapter 2 covers the fundamental principles of colorimetry and colorimetric and photometric testing technology; Chapters 3–5 discuss laser testing technology; Chapter 6 explores fiber-optic sensor testing technology; and Chapter 7 introduces widely used technologies such as Moire fringes, triangular methods, and image testing technology. The aforementioned photoelectric testing technologies are extensively applied across various fields, including industry, agriculture, education, healthcare, national defense, scientific research, and household life.
This book can serve as a textbook for undergraduate and graduate students majoring in optical engineering, instrument science and technology, electronic science and technology, and information science and technology. It is also suitable as a reference for undergraduate and graduate students in related fields and can be used as a reference for relevant engineering technicians.