好书推荐
向 DIY 爱好者推荐一本必读的好书, 可谓页页, 行行, 字字皆精华, 让你大开眼界, 此书从几何光学的六种像差讲起, 讲到各种透镜的性能, 详细介绍, 分析, 比较了十几种常见, 罕见的望远镜构造, 付有大量图表, 数据, RAY TRACING 比较图等等, 分析了目镜构造, 比较了NAGLER 和 ERFLE 的 不同, 讲解如何优化设计消色差镜片, 等等等等.... 只要你高中数学, 物理, 英语平均有70, 80, 90分就能读懂.书名 Telescope optics
作者 Harrie Rutten 和 Martin van Venrooij
他们俩都是业余制作爱好者 哪里有？？？
关注！！！
哪有，我也想要！！！ 多少钱？ 来，看一下目录，解解谗。：）Table of Contents
Editor's Preface
Introduction
Chapter 1 Development of the Amateur Telescope
1.1. Early Developments
1.2. 20th Century Developments
Chapter 2 First Order Optics: Lenses and Mirrors
2.1. Refraction and Reflection
2.2. Image Formation
2.3. The Optical System of the Telescope
2.4. Flat Plates and Prisms
Chapter 3 Image Aberrations and Their Presentation
3.1. The Spot Diagram
3.2. Image Aberrations
3.2.1. Spherical Aberration
3.2.2. Coma
3.2.3. Astigmatism
3.2.4. Curvature of Field
3.2.5. Distortion
3.3. Chromatic Aberrations
3.3.1. Longitudinal Chromatic Aberration
3.3.2. Lateral Color
3.4. Presentation of Image Aberrations with Spot Diagrams
3.5. Scaling Optical Systems
3.6. Concluding Remarks
Chapter 4 The Newtonian Telescope
4.1. Introduction
4.2. The Spherical Mirror
4.3. The Paraboloidal Mirror
4.4. The Size of the Secondary Mirror
Chapter 5 The Refractor
5.1. Correction of Aberrations
5.2. Residual Aberrations in Objective Lenses
5.2.1. Chromatic Aberration
5.2.2. Spherical Aberration and Spherochromatism
5.3. Evaluation of Lens Objectives
Chapter 6 The Cassegrain Telescope
6.1. Introduction
6.2. Curvature of Field
6.3. Optical Performance
6.4. Baffling
Chapter 7 The Schmidt Camera
7.1. Introduction
7.2. Optical Principles
7.3. The Schmidt Corrector
7.4. Characteristics of the Schmidt Camera
7.5. Results of Optical Ray Tracing
7.6. The Field-Flattened Schmidt Camera
7.7. The Lensless Schmidt
Chapter 8 The Schmidt-Cassegrain Telescope
8.1. General Classification
8.2. Treatment of Systems
8.3. "Visual" Schmidt-Cassegrain Telescope
8.4. Close Focusing in the SCT
8.5. Flat-Field Schmidt-Cassegrain Systems
8.6. Computer-Aided Design
Chapter 9 The Maksutov Camera
9.1. Introduction
9.2. Maksutov Camera Designs
9.3. The Optimum Meniscus Corrector
Chapter 10 The Maksutov-Cassegrain Telescope
10.1. Introduction
10.2. Maksutov-Cassegrain Systems
10.3. Meniscus Correctors
10.4. Curved- and Flat-Field Maksutov-Cassegrain
Chapter 11 The Schiefspiegler
11.1. Introduction
11.2. Optical Principles of Schiefspieglers
11.3. Results of the Optical Ray Tracing
Chapter 12 Other Compound Systems
12.1. Introduction
12.2. Full-Aperture Correctors: Schmidt Derivatives
12.3. Full-Aperture Correctors: Houghton Derivatives
12.4. Focal Correctors: Jones, Bird, and Brixner
12.5. Unusual Compound Systems
12.6. Gregorians, Relay Telescopes, and Wright's Off-Axis Catadioptric
Chapter 13 Field Correctors
13.1. Introduction
13.2. The Single-Lens Field Flattener
13.3. The Distant Field Flattener
13.4. Field Correctors for Newtonians
Chapter 14 Focal Extenders and Reducers
14.1. Focal Extenders
14.2. Focal Reducers
14.3. Remarks on Achromatic Combinations
Chapter 15 Eyepieces for Telescopes
15.1. Introduction
15.2. Eyepiece Types
15.3. Aberrations and Other Eyepiece Characteristics
15.4. Ray-Tracing Eyepieces
15.5. Ray-Trace Results for Eyepieces 7
15.6. Eyepieces Used for Projection
15.7. The Performance of Objective-Eyepiece Combinations
15.7.1. Introduction
15.7.2. Astigmatism and Field Curvature
15.7.3. Accommodation of the Eye
15.7.4. Analyzing Objective-Eyepiece Combinations
15.7.5. Combinations Examined
15.7.6. Results of Ray Tracing
15.7.7. Discovering Favorable Objective-Eyepiece Combinations
Chapter 16 Deviations, Misalignments and Tolerances
16.1. Introduction
16.2. Surface Accuracy
16.3. Deviations and Misalignment
16.4. Influence of Deviations and Misalignments
16.5. Tolerance Analysis
16.6. Correcting Manufacturing Deviations
Chapter 17 Resolution, Contrast, and Optimum Magnification
17.1. Introduction
17.2. Resolving Point Sources
17.3. Resolving Power and Contrast for Extended Objects
17.4. Contrast Transfer in a Perfect Optical System
17.5. Contrast Transfer for Imperfect Optical Systems
17.6. Central Obstructions
17.7. Obstructed Telescopes for Visual Use
17.8. Residual Aberrations
17.9. The Value of the Contrast Transfer Function
17.10. Optimum Magnification
Chapter 18 Opaquing and Vignetting
18.1. Introduction
18.2. Baffles for Refractors and Newtonians
18.3. Baffling for Cassegrain Telescopes
18.4. Stops and Vignetting
18.5. Internal Reflections in Catadioptric Systems
18.6. Lens Coatings
Chapter 19 Optical Calculations
19.1. Introductory Remarks to Chapters 20 and 21
19.2. Methods of Optical Calculation
19.3. Optical Surfaces
19.3.1. Conic Sections
19.3.2. Higher-Order Surfaces
19.4. Sign Conventions
19.5. The Paraxial Calculation
19.6. The Seidel Calculation
19.7. The Meridional Calculation
19.8. The Skew-Ray Trace
19.8.1. Introduction
19.8.2. Flat Surfaces
19.8.3. Spherical Surfaces
19.8.4. Conic Sections
19.8.5. Higher-Order Surfaces
19.9. Calculation of Non-Centered Systems
19.10. Using Ray-Trace Results
19.10.1. Magnitude of the Image Aberrations
19.10.2. Determining the Diameters of Optical Elements
19.11. Other Optical Calculations
Chapter 20 Designing Telescope Optical Systems
20.1. Introduction
20.2. Designing a Cassegrain
20.3. Designing a Catadioptric Cassegrain
20.4. Designing a Schmidt-Cassegrain
20.5. Designing a Houghton-Cassegrain
20.6. Designing a Maksutov-Cassegrain
20.7. Designing Single-Mirror Catadioptrics (Astrocameras)
20.8. Designing Schmidt and Wright Cameras
20.9. Designing a Houghton Camera
20.10. Designing a Maksutov Camera
20.11. The Shape of the Schmidt Corrector
20.12. Optimization Techniques
20.13. Designing a Two-Element Refractor Objective
20.13.1. Introduction
20.13.2. Doublet Design Procedure
20.13.3. Achromatizing a Doublet Lens
20.13.4. Correcting Spherical Aberration
20.13.5. Correcting Coma
20.13.6. Reducing Spherochromatism
20.14. Other Degrees of Freedom
20.15. An Alternate Method of Designing a Doublet
20.16. Designing a Three-Element Apochromatic Refractor Objective
20.16.1. Choosing Glass for a Triplet
20.16.2. The Powers of the Elements
20.16.3. Designing a Triplet
20.16.4. Examples of Triplets
20.17. Thick Optical Elements
Chapter 21 How to Use the Telescope Design Programs
21.1. Capabilities
21.2. Designing telescopes with TDESIGN
21.2.1. Designs Available with TDESIGN
21.2.2. Using TDESIGN
21.3. Lens Design with LENSDES
21.3.1. Designing Lenses
21.3.2. Using LENSDES
21.3.3. Doublet Design with LENSDES
21.3.4. Triplet Design with LENSDES
21.3.5. Rescaling Doublet and Triplet Designs
21.4. The Telescope Optics Ray Tracing Program
21.4.1. Using RAYTRACE
21.4.1.1. Key Commands
21.4.1.2. Loading and Saving Design Files
21.4.1.3. Creating a New Design
21.4.1.4. Examining an Optical System
21.4.2. Vignetting Calculations
21.4.3. Tilted and Decentered Surfaces
21.4.4. Notes on Vignetting Computations
21.4.5. Data Input Exercises
21.5. Optimizing Predesigns from TDESIGN
21.5.1. The Wright Design
21.5.2. The Schmidt-Cassegrain Telescope
21.5.3. The Houghton Camera
21.5.4. The Houghton-Cassegrain Telescope
21.5.5. The Maksutov Camera
21.5.6. The Maksutov-Cassegrain Telescope
21.5.7. Automatic Optimizations
Appendix A - Optical Glass Specifications
References
Index
图书馆
我是在图书馆借的, 续借了四次, 有的章节看了三便. 最初由 水手 发表来，看一下目录，解解谗。：）
Table of Contents
Editor's Preface
Introduction
Chapter 1 Development of the Amateur Telescope
1.1. Early Developments
1.2. 20th Century Developments
Ch...
不错, 就是此书, 不知水手兄是否有下载网站.
AMAZON
刚查了一下, AMAZON 的网上书店有卖, USD 29.50, 详见http://www.amazon.com/exec/obidos/tg/detail/-/0943396182/002-3749448-0760065?vi=glance 我是在google上查到的，没找到下载地址。：（
页:
[1]