Handbook of Practical Optical Technology

Author: Wang Zhijiang, Editor-in-Chief
Publisher:
Publish Date: 2007-01-01
Features: The specific contents of this manual are as follows:
Part 1: Geometrical Optics: Ray tracing, optical paths, and aberration theory calculations;
Part 2: Modern Optics: Lasers, adaptive optics technology;
Part 3: Various Components: Optical components, liquid crystal displays, plasmas, CCD (including CMOS), fiber optics and optical communication devices, CDs, and DVDs;
Part 4: Optical System Design: Automatic aberration balancing, image quality evaluation, tolerance calculation, design of telescopes, microscopes, eyepieces, camera lenses, zoom systems, aspheric optical system design, laser-based optical system design, and the design of over 20 traditional and modern optical systems using Zemax software, as well as technical specifications for optical components;
Part 5: Optical Component Manufacturing Processes: Lens, plane optical component, aspheric processing, optical plastic component processing, eyeglass lens processing, optical thin-film technology, and optical component engraving technology;
Part 6: Optical Measurement: Measurement of optical components and optical thin films;
Part 7: Optical Instruments: Eyeglasses, magnifiers and microscopes, telescopes, cameras, digital cameras, surveying instruments, metrological optical instruments and equipment, medical optical instruments, and printing industry optical instruments. The manual lists 308 structural parameters of various types of optical systems for designers' reference. The extensive data in the appendix and the bilingual (Chinese-English) index at the end are available for readers to consult. This manual is available for optical technology professionals, faculty, and students of relevant institutions...
The specific contents of this manual are as follows:
Part 1: Biophotonics: Ray tracing, optical paths, and aberration theory calculations;
Part 2: Modern Optics: Lasers, adaptive optics technology;
Part 3: Various Components: Optical components, liquid crystal displays, plasmas, CCD (including CMOS), fiber optics and optical communication devices, CDs, and DVDs;
Part 4: Optical System Design: Automatic aberration balancing, image quality evaluation, tolerance calculation, design of telescopes, microscopes, eyepieces, camera lenses, zoom systems, aspheric optical system design, laser-based optical system design, and the design of over 20 traditional and modern optical systems using Zemax software, as well as technical specifications for optical components;
Part 5: Optical Component Manufacturing Processes, eyeglass lens processing, and optical thin-film technology and optical component engraving technology;
Part 6: Optical Measurement: Measurement of optical components and optical thin films;
Part 7: Optical Instruments: Eyeglasses, magnifiers and microscopes, telescopes, cameras, digital cameras, surveying instruments, metrological optical instruments and equipment, medical optical instruments, and printing industry optical instruments. The manual lists 308 structural parameters of various types of optical systems for designers' reference. The extensive data in the appendix and the bilingual (Chinese-English) index at the end are available for readers to consult. The extensive data in the appendix and the bilingual (Chinese-English) index at the end are available for readers to consult. This manual is available for optical technology professionals, faculty, and students of relevant institutions.