Content Description
"Twelfth Five-Year Plan" "Twelfth Five-Year Plan": Optical Design "systematically discusses the basic theory and design method of" Optical Design "course, key introduction Design content related to a typical optical system with universal meaning is to clarify the problem of commonality in optical design. The book is divided into four parts, a total of 14 chapters. It mainly discusses the basic theory of optical design, typical optical system design, optical system of night vision instruments, optical design software ZEMAX, and optical drawings.
Book catalog
Chapter 1 Introduction
1.1 Optical Design Development Optical Design
1.2 Optical System Design Specific Process and Steps /> (p (3) requirements for optical system performance and quality of optical systems
Chapter 2 Availability Overview
2.1 axis Point Point Ball
2.2 String difference and coma
2.3 Like bending (field music)
2.4 distortion
2.6 color difference
2.6 wave Like Difference
Chapter 3 Optical System Like Evaluation and Limitation Candles
3.1 Geometric aberration Curve indicates
3.2 Rayleigh (Reyleigh) Judgment and central point brightness
3.3 resolution
3.4 points diagram
3.5 utilization optical transfer function Evaluation imaging quality
3.6 Like Evaluation Method
3.7 Image Disease tolerance of Optical System
Chapter 4 Optical System Optical System Calculation
Chapter 5 Optical System Initial Structure Calculation Method
Chapter 6 Screenshot Mirror Design
Chapter 7 Symposium Microscope Mirror Design
Chapter 8 Gotive Design
Chapter 9 Design
Chapter 10 Photo Optical System Design
Chapter 11 Overview
Chapter 12 Night Vision Instrument Optical System
Chapter 13 Optical Design Software Zemax Introduction
Chapter 14 Optical Map
Appendix
Reference
Editing Recommend
This book is written in accordance with the National College Instrumentation Subject Teaching Steering Committee on "Development Strategy of Instrumentation Discipline" and "Optical Design" Teaching Outline.
This book can be used by teachers and students of higher engineering school testing technology and instruments and photovoltaic information engineering, and also for engineering, design, manufacturing and system development of optical systems and photoelectric instruments. Technician learning and reference.
The whole book is divided into four parts, a total of 14 chapters. The first part is the basic theory of optical design (chapters 1-5); the second part is a typical optical system design (chapter 6-11); the third part is the optical system of the night vision instrument (Chapter 12); fourth Part is an optical design software Zemax introduction and optical format (Chapter 13, 14).
This book can serve as a undergraduate or graduate textbook that has an application optical basis. It can also be used as a reference for actual optical design.