光电工程师社区

标题: [推荐]好书啊！！！HANDBOOK OF Optics [打印本页]

作者: WEILIAN 时间: 2003-8-3 19:39
标题: [推荐]好书啊！！！HANDBOOK OF Optics

[这个贴子最后由weilian在 2003/08/06 02:08am 第 1 次编辑]
CONTENTS
Contributors xvii
Preface xix
Glossary and Fundamental Constants xxi
Part 1 . Geometric Optics 1 .1
Chapter 1 . General Principles of Geometric Optics Douglas S. Goodman 1 .3
1 . 1 . Glossary / 1 . 3
1 . 2 . Introduction / 1 . 7
1 . 3 . Fundamentals / 1 . 9
1 . 4 . Characteristic Functions / 1 . 15
1 . 5 . Rays in Heterogeneous Media / 1 . 20
1 . 6 . Conservation of Etendue / 1 . 24
1 . 7 . Skew Invariant / 1 . 25
1 . 8 . Refraction and Reflection at Interfaces Between Homogeneous Media / 1 . 26
1 . 9 . Imaging / 1 . 29
1 . 10 . Description of Systems of Revolution / 1 . 35
1 . 11 . Tracing Rays in Centered Systems of Spherical Surfaces / 1 . 39
1 . 12 . Paraxial Optics of Systems of Revolution / 1 . 41
1 . 13 . Images About Known Rays / 1 . 46
1 . 14 . Gaussian Lens Properties / 1 . 48
1 . 15 . Collineation / 1 . 60
1 . 16 . System Combination—Gaussian Properties / 1 . 68
1 . 17 . Paraxial Matrix Methods / 1 . 70
1 . 18 . Apertures , Pupils , Stops , Fields , and Related Matters / 1 . 80
1 . 18 . Geometric Aberrations of Point Images-ss-Description / 1 . 82
1 . 20 . References / 1 . 100
Part 2 . Physical Optics 2 .1
Chapter 2 . Interference John E. Greivenkamp , Jr. 2 .3
2 . 1 . Glossary / 2 . 3
2 . 2 . Introduction / 2 . 3
2 . 3 . Waves and Wavefronts / 2 . 3
2 . 4 . Interference / 2 . 5
2 . 5 . Interference by Wavefront Division / 2 . 14
2 . 6 . Interference by Amplitude Division / 2 . 19
2 . 7 . Multiple Beam Interference / 2 . 29
2 . 8 . Coherence and Interference / 2 . 36
2 . 9 . References / 2 . 43
v
vi CONTENTS
Chapter 3 . Dif fraction A. S. Marathay 3 .1
3 . 1 . Glossary / 3 . 1
3 . 2 . Introduction / 3 . 1
3 . 3 . Light Waves / 3 . 2
3 . 4 . Huygens-Fresnel Construction / 3 . 4
3 . 5 . Cylindrical Wavefront / 3 . 13
3 . 6 . Mathematical Theory of Dif fraction / 3 . 19
3 . 7 . Vector Dif fraction / 3 . 27
3 . 8 . References / 3 . 30
Chapter 4 . Coherence Theory William H. Carter 4 .1
4 . 1 . Glossary / 4 . 1
4 . 2 . Introduction / 4 . 1
4 . 3 . Some Elementary Classical Concepts / 4 . 2
4 . 4 . Definitions of Coherence Functions / 4 . 4
4 . 5 . Model Sources / 4 . 9
4 . 6 . Propagation / 4 . 13
4 . 7 . Spectrum of Light / 4 . 20
4 . 8 . Polarization Ef fect / 4 . 23
4 . 9 . Applications / 4 . 23
4 . 10 . References / 4 . 25
Chapter 5 . Polarization Jean M. Bennett 5 .1
5 . 1 . Glossary / 5 . 1
5 . 1 . Basic Concepts and Conventions / 5 . 2
5 . 2 . Fresnel Equations / 5 . 4
5 . 3 . Basic Relations for Polarizers / 5 . 12
5 . 4 . Polarization by Nonnormal-Incidence Reflection (Pile of Plates) / 5 . 13
5 . 5 . Polarization by Nonnormal-Incidence Transmission (Pile of Plates) / 5 . 16
5 . 6 . Quarter-Wave Plates and Other Phase Retardation Plates / 5 . 22
5 . 7 . Matrix Methods for Computing Polarization / 5 . 25
5 . 8 . References / 5 . 28
Chapter 6 . Scattering by Particles Craig F. Bohren 6 .1
6 . 1 . Glossary / 6 . 1
6 . 2 . Introduction / 6 . 2
6 . 3 . Scattering : An Overview / 6 . 3
6 . 4 . Scattering by Particles : Basic Concepts and Terminology / 6 . 5
6 . 5 . Scattering by an Isotropic , Homogeneous Sphere : the Archetype / 6 . 12
6 . 6 . Scattering by Regular Particles / 6 . 15
6 . 7 . Computational Methods for Nonspherical Particles / 6 . 17
6 . 8 . References / 6 . 18
Chapter 7 . Surface Scattering E. L. Church and P. Z. Takacs 7 .1
7 . 1 . Glossary / 7 . 1
7 . 2 . Introduction / 7 . 1
7 . 3 . Notation / 7 . 2
7 . 4 . Scattering Theory / 7 . 3
7 . 5 . Surface Models / 7 . 5
CONTENTS vii
7 . 6 . Wavelength Scaling / 7 . 7
7 . 7 . Profile Measurements / 7 . 8
7 . 8 . Finish Specification / 7 . 11
7 . 9 . References / 7 . 12
Part 3 . Quantum Optics 8 .1
Chapter 8 . Optical Spectroscopy and Spectroscopic Lineshapes
Brian Henderson 8 .3
8 . 1 . Glossary / 8 . 3
8 . 2 . Introductory Comments / 8 . 4
8 . 3 . Theoretical Preliminaries / 8 . 5
8 . 4 . Rates of Spectroscopic Transitions / 8 . 6
8 . 5 . Lineshapes of Spectral Transitions / 8 . 8
8 . 6 . Spectroscopy of 1-Electron Atoms / 8 . 10
8 . 7 . Multielectron Atoms / 8 . 12
8 . 8 . Optical Spectra and the Outer Electronic Structure / 8 . 14
8 . 9 . Spectra of Tri-Positive Rare Earth Atoms / 8 . 15
8 . 10 . Vibrational and Rotational Ef fects of Molecules / 8 . 21
8 . 11 . Lineshapes in Solid State Spectroscopy / 8 . 25
8 . 12 . References / 8 . 30
Chapter 9 . Fundamental Optical Properties of Solids Alan Miller 9 .1
9 . 1 . Glossary / 9 . 1
9 . 2 . Introduction / 9 . 4
9 . 3 . Propagation of Lignt in Solids / 9 . 4
9 . 4 . Dispersion Relations / 9 . 13
9 . 5 . Lattice Interactions / 9 . 16
9 . 6 . Free Electron Properties / 9 . 19
9 . 7 . Band Structures and Interband Transitions / 9 . 24
9 . 8 . References / 9 . 33
Part 4 . Optical Sources 10 .1
Chapter 10 . Artificial Sources Anthony LaRocca 10 .3
10 . 1 . Glossary / 10 . 3
10 . 2 . Introduction / 10 . 3
10 . 3 . Laboratory Sources / 10 . 4
10 . 4 . Commercial Sources / 10 . 11
10 . 5 . References / 10 . 49
Chapter 11 . Lasers William T. Silfvast 11 .1
11 . 1 . Glossary / 11 . 1
11 . 2 . Introduction / 11 . 2
11 . 3 . Laser Properties Associated with the Laser Gain Medium / 11 . 4
viii CONTENTS
11 . 4 . Laser Properties Associated with Optical Cavities or Resonators / 11 . 20
11 . 5 . Special Laser Cavities / 11 . 27
11 . 6 . Specific Types of Lasers / 11 . 32
11 . 7 . References / 11 . 39
Chapter 12 . Light-Emitting Diodes Roland H. Haitz , M. George Craford , and
Robert H. Weissman 12 .1
12 . 1 . Glossary / 12 . 1
12 . 2 . Introduction / 12 . 2
12 . 3 . Light-Generation Processes / 12 . 2
12 . 4 . Light Extraction / 12 . 7
12 . 5 . Device Structures / 12 . 8
12 . 6 . Materials Systems / 12 . 15
12 . 7 . Substrate Technology / 12 . 21
12 . 8 . Epitaxial Technology / 12 . 23
12 . 9 . Wafer Processing / 12 . 24
12 . 10 . LED Quality and Reliability / 12 . 27
12 . 11 . LED Based Products / 12 . 31
12 . 12 . References / 12 . 38
Chapter 13 . Semiconductor Lasers Pamela L. Derry , Luis Figueroa , and
Chi - Shain Hong 13 .1
13 . 1 . Glossary / 13 . 1
13 . 2 . Introduction / 13 . 3
13 . 3 . Applications for Semiconductor Lasers / 13 . 3
13 . 4 . Basic Operation / 13 . 4
13 . 5 . Fabrication and Configurations / 13 . 7
13 . 6 . Quantum Well Lasers / 13 . 10
13 . 7 . High-Power Semiconductor Lasers / 13 . 19
13 . 8 . High-Speed Modulation / 13 . 32
13 . 9 . Spectral Properties / 13 . 39
13 . 10 . Surface-Emitting Lasers / 13 . 42
13 . 11 . Conclusion / 13 . 46
13 . 12 . References / 13 . 47
Chapter 14 . Ultrashort Laser Sources Xin Miao Zhao and Jean - Claude Diels 14 .1
14 . 1 . Glossary / 14 . 1
14 . 2 . Introduction / 14 . 2
14 . 3 . Passively Mode-Locked Lasers / 14 . 2
14 . 4 . Synchronous , Hybrid , and Double Mode Locking / 14 . 7
14 . 5 . Active and Passive Negative Feedback / 14 . 11
14 . 6 . Nonlinear Optical Sources / 14 . 12
14 . 7 . Additive and Self-Mode-Locking / 14 . 14
14 . 8 . Other Ultrashort Pulse Sources / 14 . 18
14 . 9 . Amplification / 14 . 21
14 . 10 . Diagnostic Techniques / 14 . 22
14 . 11 . References / 14 . 25
CONTENTS ix
Part 5 . Optical Detectors 15 .1
Chapter 15 . Photodetectors Paul R. Norton 15 .3
15 . 1 . Scope / 15 . 3
15 . 2 . Thermal Detectors / 15 . 4
15 . 3 . Quantum Detectors / 15 . 5
15 . 4 . Definitions / 15 . 8
15 . 5 . Detector Performance and Sensitivity / 15 . 11
15 . 6 . Other Performance Parameters / 15 . 15
15 . 7 . Detector Performance / 15 . 19
15 . 8 . References / 15 . 100
Chapter 16 . Photodetection Abhay M. Joshi and Gregory H. Olsen 16 .1
16 . 1 . Glossary / 16 . 1
16 . 2 . Introduction / 16 . 2
16 . 3 . Principles of Operation / 16 . 3
16 . 4 . Applications / 16 . 12
16 . 5 . Reliability / 16 . 13
16 . 6 . Future Photodetectors / 16 . 16
16 . 7 . Acknowledgment / 16 . 19
16 . 8 . References / 16 . 19
Chapter 17 . High-Speed Photodetectors J. E. Bowers and Y. G. Wey 17 .1
17 . 1 . Glossary / 17 . 1
17 . 2 . Introduction / 17 . 3
17 . 3 . Photodetector Structures / 17 . 3
17 . 4 . Speed Limitations / 17 . 6
17 . 5 . PIN Photodetectors / 17 . 11
17 . 6 . Schottky Photodiode / 17 . 17
17 . 7 . Avalanche Photodetectors / 17 . 19
17 . 8 . Photoconductors / 17 . 22
17 . 9 . Summary / 17 . 25
17 . 10 . References / 17 . 26
Chapter 18 . Signal Detection and Analysis John R. Willison 18 .1
18 . 1 . Glossary / 18 . 1
18 . 2 . Introduction / 18 . 1
18 . 3 . Prototype Experiment / 18 . 2
18 . 4 . Noise Sources / 18 . 3
18 . 5 . Applications Using Photomultipliers / 18 . 7
18 . 6 . Amplifiers / 18 . 11
18 . 7 . Signal Analysis / 18 . 13
18 . 8 . References / 18 . 16
Chapter 19 . Thermal Detectors William L. Wolfe and Paul W. Kruse 19 .1
19 . 1 . Glossary / 19 . 1
19 . 2 . Thermal Detector Elements / 19 . 1
19 . 3 . Arrays / 19 . 8
19 . 4 . References / 19 . 13
x CONTENTS
Part 6 . Imaging Detectors 20 .1
Chapter 20 . Photographic Films Joseph H. Altman 20 .3
20 . 1 . Glossary / 20 . 3
20 . 2 . Structure of Silver Halide Photographic Layers / 20 . 4
20 . 3 . Grains / 20 . 5
20 . 4 . Processing / 20 . 5
20 . 5 . Exposure / 20 . 6
20 . 6 . Optical Density / 20 . 6
20 . 7 . D-Log H Curve / 20 . 9
20 . 8 . Spectral Sensitivity / 20 . 11
20 . 9 . Reciprocity Failure / 20 . 12
20 . 10 . Development Ef fects / 20 . 13
20 . 11 . Color Photography / 20 . 14
20 . 12 . Microdensitometers / 20 . 16
20 . 13 . Performance of Photographic Systems / 20 . 17
20 . 14 . Image Structure / 20 . 18
20 . 15 . Acutance / 20 . 19
20 . 16 . Graininess / 20 . 21
20 . 17 . Sharpness and Graininess Considered Together / 20 . 24
20 . 18 . Signal to Noise Ratio and Detective Quantum Ef ficiency / 20 . 24
20 . 19 . Resolving Power / 20 . 26
20 . 20 . Information Capacity / 20 . 26
20 . 21 . List of Photographic Manufacturers / 20 . 27
20 . 22 . References / 20 . 27
Chapter 21 . Image Tube Intensified Electronic Imaging C. B. Johnson
and L. D. Owen 21 .1
21 . 1 . Glossary / 21 . 1
21 . 2 . Introduction / 21 . 2
21 . 3 . Optical Interface / 21 . 3
21 . 4 . Image Intensifiers / 21 . 7
21 . 5 . Image Intensified Self-Scanned Arrays / 21 . 20
21 . 6 . Applications / 21 . 29
21 . 7 . References / 21 . 31
Chapter 22 . Visible Array Detectors Timothy J. Tredwell 22 .1
22 . 1 . Glossary / 22 . 1
22 . 2 . Introduction / 22 . 2
22 . 3 . Image Sensing Elements / 22 . 2
22 . 4 . Readout Elements / 22 . 13
22 . 5 . Sensor Architectures / 22 . 22
22 . 6 . References / 22 . 37
Chapter 23 . Infrared Detector Arrays Lester J. Kozlowski and
Walter F. Kosonocky 23 .1
23 . 1 . Glossary / 23 . 1
23 . 2 . Introduction / 23 . 4
23 . 3 . Monolithic FPAs / 23 . 10
23 . 4 . Hybrid FPAs / 23 . 15
CONTENTS xi
23 . 5 . Performance : Figures of Merit / 23 . 25
23 . 6 . Current Status and Future Trends / 23 . 30
23 . 7 . References / 23 . 25
Part 7 . Vision 24 .1
Chapter 24 . Optics of the Eye W. N. Charman 24 .3
24 . 1 . Glossary / 24 . 3
24 . 2 . Introduction / 24 . 5
24 . 3 . Eye Models / 24 . 7
24 . 4 . Ocular Transmittance and Retinal Illuminance / 24 . 9
24 . 5 . Factors Af fecting Retinal Image Quality / 24 . 13
24 . 6 . Final Retinal Image Quality / 24 . 19
24 . 7 . Depth-of-Focus and Accommodation / 24 . 26
24 . 8 . Movements of the Eyes / 24 . 34
24 . 9 . Two Eyes and Steropsis / 24 . 37
24 . 10 . Conclusion / 24 . 40
24 . 11 . References / 24 . 40
Chapter 25 . Visual Performance Wilson S. Geisler and Martin S. Banks 25 .1
25 . 1 . Glossary / 25 . 1
25 . 2 . Introduction / 25 . 2
25 . 3 . Optics , Anatomy , Physiology of the Visual System / 25 . 3
25 . 4 . Visual Performance / 25 . 15
25 . 5 . References / 25 . 44
Chapter 26 Colorimetry David H. Brainard 26 .1
26 . 1 . Glossary / 26 . 1
26 . 2 . Introduction / 26 . 1
26 . 3 . Fundamentals / 26 . 3
26 . 4 . Topics / 26 . 25
26 . 5 . Appendix A . Matrix Algebra / 26 . 44
26 . 6 . Acknowledgments / 26 . 48
26 . 7 . References / 26 . 48
Chapter 27 . Displays for Vision Research William Cowan 27 .1
27 . 1 . Glossary / 27 . 1
27 . 2 . Introduction / 27 . 3
27 . 3 . Operational Characteristics of Color Monitors / 27 . 3
27 . 4 . Colorimetric Calibration of Video Monitors / 27 . 21
27 . 5 . An Introduction to Liquid Crystal Displays / 27 . 36
27 . 6 . Acknowledgments / 27 . 43
27 . 7 . References / 27 . 43
Chapter 28 . Optical Generation of the Visual Stimulus Stephen A. Burns
and Robert H. Webb 28 .1
28 . 1 . Glossary / 28 . 1
28 . 2 . Introduction / 28 . 1
xii CONTENTS
28 . 3 . The Size of the Visual Stimulus / 28 . 1
28 . 4 . Free or Newtonian Viewing / 28 . 2
28 . 5 . Maxwellian Viewing / 28 . 4
28 . 6 . Building an Optical System / 28 . 8
28 . 7 . Light Exposure and Ocular Safety / 28 . 19
28 . 8 . Light Sources / 28 . 20
28 . 9 . Coherent Radiation / 28 . 20
28 . 10 . Detectors / 28 . 22
28 . 11 . Putting It Together / 28 . 23
28 . 12 . Conclusions / 28 . 27
28 . 13 . Acknowledgments / 28 . 27
28 . 14 . General References / 28 . 27
28 . 15 . References / 28 . 27
Chapter 29 . Psychophysical Methods Denis G. Pelli and Bart Farell 29 .1
29 . 1 . Introduction / 29 . 1
29 . 2 . Definitions / 29 . 2
29 . 3 . Visual Stimuli / 29 . 4
29 . 4 . Adjustments / 29 . 4
29 . 5 . Judgments / 29 . 6
29 . 6 . Stimulus Sequencing / 29 . 10
20 . 7 . Conclusion / 29 . 10
29 . 8 . Tips from the Pros / 29 . 11
29 . 9 . Acknowledgments / 29 . 11
29 . 10 . References / 29 . 12
Part 8 . Optical Information and Image Processing 30 .1
Chapter 30 . Analog Optical Signal and Image Processing
Joseph W. Goodman 30 .3
30 . 1 . Glossary / 30 . 3
30 . 2 . Introduction / 30 . 3
30 . 3 . Fundamental Analog Operations / 30 . 4
30 . 4 . Analog Optical Fourier Transforms / 30 . 5
30 . 5 . Spatial Filtering / 30 . 8
30 . 6 . Coherent Optical Processing of Synthetic Aperture Radar Data / 30 . 8
30 . 7 . Coherent Optical Processing of Temporal Signals / 30 . 10
30 . 8 . Optical Processing of Two-Dimensional Images / 30 . 14
30 . 9 . Incoherent Processing of Discrete Signals / 30 . 19
30 . 10 . Concluding Remarks / 30 . 22
30 . 11 . References / 30 . 23
Chapter 31 . Principles of Optical Disk Data Storage Masud Mansuripur 31 .1
31 . 1 . Introduction / 31 . 1
31 . 2 . Preliminaries and Basic Definitions / 31 . 2
31 . 3 . The Optical Path / 31 . 7
31 . 4 . Automatic Focusing / 31 . 13
31 . 5 . Automatic Tracking / 31 . 15
31 . 6 . Thermomagnetic Recording Processes / 31 . 18
31 . 7 . Magneto-Optical Readout / 31 . 22
31 . 8 . Materials of Magneto-Optical Recording / 31 . 26
CONTENTS xiii
31 . 9 . Concluding Remarks / 31 . 29
31 . 10 . Further Information / 31 . 32
31 . 11 . References / 31 . 32
Part 9 . Optical Design Techniques 32 .1
Chapter 32 . Techniques of First-Order Layout Warren J. Smith 32 .3
32 . 1 . Glossary / 32 . 3
32 . 2 . First-Order Layout / 32 . 4
32 . 3 . Ray-Tracing / 32 . 4
32 . 4 . Two-Component Systems / 32 . 5
32 . 5 . Afrocal Systems / 32 . 7
32 . 6 . Magnifiers and Microscopes / 32 . 8
32 . 7 . Afocal Attachments / 32 . 8
32 . 8 . Field Lenses / 32 . 8
32 . 9 . Condensers / 32 . 10
32 . 10 . Zoom or Varifocal Systems / 32 . 11
32 . 11 . Additional Rays / 32 . 12
32 . 12 . Minimizing Component Power / 32 . 12
32 . 13 . Is It a Reasonable Layout? / 32 . 13
32 . 14 . Achromatism / 32 . 14
32 . 15 . Athermalization / 32 . 15
Chapter 33 . Aberration Curves in Lens Design Donald C. O ’ Shea and
Michael E. Harrigan 33 .1
33 . 1 . Glossary / 33 . 1
33 . 2 . Introduction / 33 . 1
33 . 3 . Transverse Ray Plots / 33 . 2
33 . 4 . Field Plots / 33 . 4
33 . 5 . Additional Considerations / 33 . 5
33 . 6 . Summary / 33 . 6
33 . 7 . References / 33 . 6
Chapter 34 . Optical Design Software Douglas C. Sinclair 34 .1
34 . 1 . Glossary / 34 . 1
34 . 2 . Introduction / 34 . 2
34 . 3 . Lens Entry / 34 . 3
34 . 4 . Evaluation / 34 . 9
34 . 5 . Optimization / 34 . 18
34 . 6 . Other Topics / 34 . 22
34 . 7 . Buying Optical Design Software / 34 . 23
34 . 8 . Summary / 34 . 26
34 . 9 . References / 34 . 26
Chapter 35 . Optical Specifications Robert R. Shannon 35 .1
35 . 1 . Glossary / 35 . 1
35 . 2 . Introduction / 35 . 1
35 . 3 . Preparation of Optical Specifications / 35 . 4
xiv CONTENTS
35 . 4 . Image Specifications / 35 . 5
35 . 5 . Element Description / 35 . 8
35 . 6 . Environmental Specifications / 35 . 10
35 . 7 . Presentation of Specifications / 35 . 10
35 . 8 . Problems with Specification Writing / 35 . 12
Chapter 36 . Tolerancing Techniques Robert R. Shannon 36 .1
36 . 1 . Glossary / 36 . 1
36 . 2 . Introduction / 36 . 1
36 . 3 . Wavefront Tolerances / 36 . 3
36 . 4 . Other Tolerances / 36 . 8
36 . 5 . Starting Points / 36 . 8
36 . 6 . Material Properties / 36 . 9
36 . 7 . Tolerancing Procedures / 36 . 9
36 . 8 . Problems in Tolerancing / 36 . 11
Chapter 37 . Mounting Optical Components Paul R. Yoder , Jr. 37 .1
37 . 1 . Glossary / 37 . 1
37 . 2 . Introduction and Summary / 37 . 2
37 . 3 . Mounting Individual Lenses / 37 . 2
37 . 4 . Multicomponent Lens Assemblies / 37 . 14
37 . 5 . Mounting Small Mirrors and Prisms / 37 . 20
37 . 6 . References / 37 . 26
Chapter 38 . Control of Stray Light Robert P. Breault 38 .1
38 . 1 . Glossary / 38 . 1
38 . 2 . Introduction / 38 . 1
38 . 3 . Concepts / 38 . 2
38 . 4 . Stray Light Software / 38 . 25
38 . 5 . Methods / 38 . 28
38 . 6 . Conclusion / 38 . 31
38 . 7 . Sources of Information on Stray Light and Scattered Light / 38 . 32
38 . 8 . References / 38 . 34
Chapter 39 . Thermal Compensation Techniques P. J. Rogers and
M. Roberts 39 .1
39 . 1 . Glossary / 39 . 1
39 . 2 . Introduction / 39 . 2
39 . 3 . Homogeneous Thermal Ef fects / 39 . 2
39 . 4 . Tolerable Homogeneous Temperature Change (No Compensation) / 39 . 5
39 . 5 . Ef fect of Thermal Gradients / 39 . 6
39 . 6 . Intrinsic Athermalization / 39 . 7
39 . 7 . Mechanical Thermalization / 39 . 7
39 . 8 . Optical Athermalization / 39 . 13
39 . 9 . References / 39 . 16
CONTENTS xv
Part 10 . Optical Fabrication 40 .1
Chapter 40 . Optical Fabrication Robert E. Parks 40 .3
40 . 1 . Introduction / 40 . 3
40 . 2 . Basic Steps in Optical Fabrication / 40 . 3
40 . 3 . Plano Optical Surfaces / 40 . 6
40 . 4 . Crystalline Optics / 40 . 6
40 . 5 . Aspherics / 40 . 6
40 . 6 . Diamond Turning / 40 . 7
40 . 7 . Purchasing Optics / 40 . 7
40 . 8 . Conclusions / 40 . 8
40 . 9 . References / 40 . 8
Chapter 41 . Fabrication of Optics by Diamond Turning Richard L. Rhorer
and Chris J. Evans 41 .1
41 . 1 . Glossary / 41 . 1
41 . 2 . Introduction / 41 . 1
41 . 3 . The Diamond-Turning Process / 41 . 2
41 . 4 . The Advantages of Diamond Turning / 41 . 2
41 . 5 . Diamond-Turnable Materials / 41 . 3
41 . 6 . Comparison of Diamond Turning and Traditional Optical Fabrication / 41 . 5
41 . 7 . Machine Tools for Diamond Turning / 41 . 5
41 . 8 . Basic Steps in Diamond Turning / 41 . 7
41 . 9 . Surface Finish in Diamond-Turned Optics / 41 . 8
41 . 10 . Measuring Diamond-Turned Surfaces / 41 . 10
41 . 11 . Conclusions / 41 . 12
41 . 12 . References / 41 . 12
Part 11 . Optical Properties of Films and Coatings 42 .1
Chapter 42 . Optical Properties of Films and Coatings J. A. Dobrowolski 42 .3
42 . 1 . Glossary / 42 . 3
42 . 2 . Introduction / 42 . 4
42 . 3 . Theory and Design of Optical Thin-Film Coatings / 42 . 9
42 . 4 . Thin-Film Manufacturing Considerations / 42 . 14
42 . 5 . Measurements on Optical Coatings / 42 . 16
42 . 6 . Antireflection Coatings / 42 . 19
42 . 7 . Two-Material Periodic Multilayers—Theory / 42 . 34
42 . 8 . Multilayer Reflectors—Experimental Results / 42 . 41
42 . 9 . Cut-of f , Heat-Control , and Solar-Cell Cover Filters / 42 . 54
42 . 10 . Beam Splitters and Neutral Filters / 42 . 61
42 . 11 . Interference Polarizers and Polarizing Beam Splitters / 42 . 68
42 . 12 . Bandpass Filters / 42 . 73
42 . 13 . Multilayer for Two or Three Spectral Regions / 42 . 94
42 . 14 . Phase Coatings / 42 . 96
42 . 15 . Interference Filters with Low Reflection / 42 . 98
42 . 16 . Reflection Filters and Coatings / 42 . 101
42 . 17 . Special-Purpose Coatings / 42 . 107
42 . 18 . Acknowledgments / 42 . 109
42 . 19 . References / 42 . 109
xvi CONTENTS
Part 12 . Terrestrial Optics 43 .1
Chapter 43 . Optical Properties of Water Curtis D. Mobley 43 .3
43 . 1 . Introduction / 43 . 3
43 . 2 . Terminology , Notation , and Definitions / 43 . 3
43 . 3 . Radiometric Quantities Useful in Hydrologic Optics / 43 . 6
43 . 4 . Inherent Optical Properties / 43 . 4
43 . 5 . Apparent Optical Properties / 43 . 12
43 . 6 . Optically Significant Constituents of Natural Waters / 43 . 14
43 . 7 . Particle Size Distributions / 43 . 15
43 . 8 . Electromagnetic Properties of Water / 43 . 17
43 . 9 . Index of Refraction / 43 . 18
43 . 10 . Measurement of Absorption / 43 . 20
43 . 11 . Absorption by Pure Sea Water / 43 . 22
43 . 12 . Absorption by Dissolved Organic Matter / 43 . 23
43 . 13 . Absorption by Phytoplankton / 43 . 24
43 . 14 . Absorption by Organic Detritus / 43 . 26
43 . 15 . Bio-Optical Models of Absorption / 43 . 27
43 . 16 . Measurement of Scattering / 43 . 30
43 . 17 . Scattering by Pure Water and by Pure Sea Water / 43 . 31
43 . 18 . Scattering by Particles / 43 . 33
43 . 19 . Wavelength Dependence of Scattering ; Bio-Optical Models / 43 . 35
43 . 20 . Beam Attenuation / 43 . 42
43 . 21 . Dif fuse Attenuation and Jerlov Water Types / 43 . 44
43 . 22 . Irradiance Reflectance and Remote Sensing / 43 . 48
43 . 23 . Inelastic Scattering and Polarization / 43 . 51
43 . 24 . Acknowledgments / 43 . 52
43 . 25 . References / 43 . 52
Chapter 44 . Atmospheric Optics Dennis K. Killinger , James H. Churnside , and
Laurence S. Rothman 44 .1
44 . 1 . Glossary / 44 . 1
44 . 2 . Introduction / 44 . 2
44 . 3 . Physical and Chemical Composition of the Standard Atmosphere / 44 . 4
44 . 4 . Fundamental Theory of Interaction of Light with the Atmosphere / 44 . 10
44 . 5 . Prediction of Atmospheric Optical Transmission : Computer Programs and Databases / 44 . 21
44 . 6 . Atmospheric Optical Turbulence / 44 . 25
44 . 7 . Examples of Atmospheric Optical Remote Sensing / 44 . 36
44 . 8 . Meteorological Optics / 44 . 39
44 . 9 . Acknowledgments / 44 . 43
44 . 10 . References / 44 . 44
Index follows Chapter 44 I .1

作者: gowithyou 时间: 2003-8-3 22:08
标题: [推荐]好书啊！！！HANDBOOK OF Optics

What do you mean?

作者: zfw0080 时间: 2003-8-3 22:20
标题: [推荐]好书啊！！！HANDBOOK OF Optics

何好之有！

作者: weilian 时间: 2003-8-4 02:09
标题: [推荐]好书啊！！！HANDBOOK OF Optics

很好的光学手册阿，内容很全阿！

作者: maimiao 时间: 2003-8-4 05:20
标题: [推荐]好书啊！！！HANDBOOK OF Optics

好像这只是一个目录吧？

作者: weilian 时间: 2003-8-4 06:32
标题: [推荐]好书啊！！！HANDBOOK OF Optics
是啊
很大的，没有地方放阿

作者: badan 时间: 2003-8-4 16:50
标题: [推荐]好书啊！！！HANDBOOK OF Optics
有电子文档么，可否共享？

作者: stevenwu 时间: 2003-8-4 22:26
标题: [推荐]好书啊！！！HANDBOOK OF Optics
要是能提供电子版的就好了

作者: weilian 时间: 2003-8-5 00:10
标题: [推荐]好书啊！！！HANDBOOK OF Optics
有啊，可惜没有地方上传啊

作者: dingzi 时间: 2003-8-5 05:45
标题: [推荐]好书啊！！！HANDBOOK OF Optics
最好共享一下！

作者: weilian 时间: 2003-8-5 16:05
标题: [推荐]好书啊！！！HANDBOOK OF Optics
大家不要急，我正在想办法！

作者: shootingstar 时间: 2003-8-6 01:49
标题: [推荐]好书啊！！！HANDBOOK OF Optics
谢谢，大家都在期待

作者: angzh030721 时间: 2003-8-6 16:36
标题: [推荐]好书啊！！！HANDBOOK OF Optics
有消息了跟大家通报一声啊

作者: weilian 时间: 2003-8-6 17:34
标题: [推荐]好书啊！！！HANDBOOK OF Optics
好的
没有问题的啊

作者: swj97034 时间: 2003-8-7 19:07
标题: [推荐]好书啊！！！HANDBOOK OF Optics
能否上传！谢谢

作者: weilian 时间: 2003-8-7 20:19
标题: [推荐]好书啊！！！HANDBOOK OF Optics
正在处理中！！！

作者: mtf 时间: 2003-8-7 21:18
标题: [推荐]好书啊！！！HANDBOOK OF Optics
可以上传到乏味的空间啊，不行的么？

作者: weilian 时间: 2003-8-8 00:47
标题: [推荐]好书啊！！！HANDBOOK OF Optics
那个服务器已经没有空间了！

作者: skai 时间: 2003-8-8 03:53
标题: [推荐]好书啊！！！HANDBOOK OF Optics
井蛙论坛有啊！

作者: weilian 时间: 2003-8-8 08:33
标题: [推荐]好书啊！！！HANDBOOK OF Optics
把地址给我啊！！！

作者: wuceren 时间: 2003-8-8 18:47
标题: [推荐]好书啊！！！HANDBOOK OF Optics
响应大家一下，共享吧！

作者: weilian 时间: 2003-8-8 19:43
标题: [推荐]好书啊！！！HANDBOOK OF Optics
正在处理中，大家稍安勿躁

作者: houhekun 时间: 2003-8-9 02:27
标题: [推荐]好书啊！！！HANDBOOK OF Optics
希望共享

作者: skai 时间: 2003-8-9 07:29
标题: [推荐]好书啊！！！HANDBOOK OF Optics
www.ginvar-forum.com
有这本书

作者: 黄鹤 时间: 2003-8-9 16:18
标题: [推荐]好书啊！！！HANDBOOK OF Optics
只有目录！

欢迎光临光电工程师社区 (http://bbs.oecr.com/)