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  Contents  
 
  Preface XXIII
  Introduction XXV
36 Human Eye 1
36.1 Introduction 3
36.1.1 Basic Structure of the Eye 3
36.1.2 Optical Data of the Eye 6
36.1.3 Neuronal Structure 8
36.1.4 Threshold Sensitivity 11
36.1.5 Movements of the Eye 12
36.1.6 Stiles-Crawford Effect 12
36.1.7 Image Processing in the Brain 13
36.2 Optical System of the Eye 16
36.2.1 Accommodation 16
36.2.2 Axes of the Eye 19
36.3 Photometry and Adaptation 20
36.3.1 Iris 20
36.3.2 Adaptation 21
36.3.3 Dark Adaptation 22
36.3.4 Photometry of the Eye 23
36.3.5 Dazzling 24
36.3.6 Interpupillary Distance 25
36.4 Schematic Optical Models of the Eye 25
36.4.1 Introduction 25
36.4.2 Data of Some Schematic Eyes 28
36.4.3 Sample Calculations 33
36.5 Color Vision 40
36.5.1 Spectral Sensitivity of the Eye 40
36.5.2 Transmission of the Eye 43
36.6 Optical Performance of the Eye 45
36.6.1 Introduction 45
36.6.2 Point Spread Function 45
36.6.3 Field Aberrations 46
36.6.4 Chromatic Aberrations 47
36.6.5 Modulation Transfer Function 50
36.6.6 Visual Acuity 57
36.6.7 Resolution 58
36.6.8 Stray Light 62
36.6.9 Measuring the Performance of the Eye 62
36.7 Binocular Vision 63
36.7.1 Introduction 63
36.7.2 Convergence 65
36.7.3 Stereo Vision and Depth Discrimination 67
36.8 Eye Defects 69
36.8.1 Introduction 69
36.8.2 Myopia 70
36.8.3 Hyperopia 70
36.8.4 Astigmatism 72
36.8.5 Aniseikonia 72
36.8.6 Color Aberrations 72
36.8.7 Spreading and Aging Effects 73
36.8.8 Cataract 75
36.9 Correction of Eye Aberrations 75
36.9.1 Correcting Refraction by Spectacles 75
36.9.2 Binoculars with Corrected Oblique Astigmatism 78
36.9.3 More Complicated Spectacle Shapes 82
36.9.4 Contact Lenses 83
36.9.5 Intra Ocular Lenses 85
36.9.6 Corneal Surgery 86
36.10 Literature 87
37 Eyepieces 89
37.1 Introduction 91
37.2 Eyepiece Design Considerations 92
37.2.1 Eye Relief 93
37.2.2 Resolution of the Human Eye 93
37.2.3 Accommodation 93
37.2.4 Distortion 94
37.2.5 Field Curvature and Astigmatism 95
37.2.6 Pupil Size 96
37.2.7 Lateral Chromatic Aberration 96
37.2.8 Spherical Aberration of the Exit Pupil 97
37.2.9 Raytracing Eyepieces 97
37.3 Evolution of Eyepieces 99
37.4 Single-lens Eyepiece (Loupe) 102
37.4.1 Standard Magnification 103
37.4.2 Magnification with Distinct Vision 103
37.4.3 Magnification with Lens in Close Proximity to Object 103
37.4.4 Visby Lens 104
37.5 Two-lens Eyepieces 105
37.5.1 Huygenian Eyepiece 105
37.5.2 Ramsden Eyepiece 107
37.6 Solid Eyepieces 109
37.6.1 Steinheil Monocentric Eyepiece 109
37.7 Orthoscopic Eyepieces 110
37.7.1 Kellner Eyepiece 110
37.7.2 Abbe Orthoscopic Eyepiece 111
37.7.3 König Eyepiece 112
37.7.4 Bertele Eyepiece 113
37.8 Achromatic and Medium-field Eyepieces 115
37.8.1 Plössl Eyepiece 115
37.8.2 Zeiss Astroplan 116
37.8.3 Bertele Eyepiece 117
37.9 Wide-field Eyepieces 118
37.9.1 Von Hofe Eyepiece 118
37.9.2 Erfle Eyepiece 119
37.9.3 Diffractive Eyepiece 120
37.9.4 Zeiss Binocular Eyepiece 122
37.9.5 Scidmore Eyepiece 123
37.9.6 Wild Eyepiece 124
37.9.7 Bertele Eyepiece 125
37.9.8 Yanari Long Eye Relief Eyepiece 126
37.9.9 Köhler Eyepiece 127
37.9.10 Nagler 1 Eyepiece 129
37.9.11 Nagler 2 Eyepiece 131
37.9.12 Dilworth Eyepiece 132
37.10 Compensating Eyepieces 133
37.10.1 Pretoria Eyepiece 133
37.11 Zoom Eyepieces 135
37.12 Terrestrial Eyepiece 136
37.13 Exotic Eyepieces 137
37.13.1 Aspheric-Plastic Eyepiece 137
37.14 Microscope Eyepieces 138
37.15 Eyepiece Design Data 140
37.16 Literature 153
38 Elementary Systems 155
38.1 Introduction 157
38.2 Magnifier Lenses 157
38.2.1 Principle of a Magnifier Lens 157
38.2.2 Magnifier Designs 159
38.2.3 Biocular Magnifier 162
38.3 Data Disk and Pick-up Lenses 165
38.3.1 Introduction 165
38.3.2 Disk Objective Lenses 170
38.4 Plastic Optics 174
38.4.1 Introduction 174
38.4.2 Optical Properties of the Materials 177
38.4.3 Special Design Aspects 179
38.5 Objective Lenses for Focusing and Collimation 183
38.5.1 Introduction 183
38.5.2 Beam Collimation 184
38.5.3 Monochromatic Objective Lenses 185
38.5.4 Achromate 188
38.5.5 Improved Objective Lenses 191
38.6 Mangin Mirror 196
38.6.1 Principle 196
38.6.2 More Complicated Mangin Systems 198
38.7 Offner System 201
38.8 Dyson System 204
38.9 Retroreflecting Systems 205
38.9.1 Introduction 205
38.9.2 Sphere with Reflecting Rear Surface 206
38.9.3 Double Hemisphere with Reflecting Rear Surface 209
38.9.4 Concentric Shell Setup 210
38.9.5 Offner Setup as Retroreflector 211
38.9.6 Lens-Mirror System 212
38.9.7 Refractive Axicon Retroreflector 215
38.9.8 Corner Cube Reflector 216
38.9.9 Luneburg Gradient Lens 218
38.10 Telecentric Systems 219
38.10.1 Introduction 219
38.10.2 Design Aspects 222
38.11 Beam Delivery Systems 228
38.11.1 Introduction 228
38.11.2 Diameter Adaptation with Telescopes 230
38.11.3 Beam Transport over Large Distances 232
38.11.4 Transmission of Truncated Gaussian Beams 233
38.11.5 Diffraction Effects by Truncation 239
38.11.6 Gaussian Beams with Aberrations 242
38.11.7 Beam Cleanup 246
38.12 Literature 250
39 Photographic Lenses 253
39.1 Introduction 256
39.1.1 Overview 256
39.1.2 Performance Criteria 262
39.1.3 Sensor Types and Formats 263
39.1.4 Depth of Field 265
39.1.5 Applications 267
39.2 Singlets 268
39.2.1 Landscape Lens 268
39.2.2 Achromatic Landscape Lens 271
39.3 Petzval Lenses 272
39.3.1 Petzval Portrait Lens 272
39.3.2 Petzval Projection Lens 276
39.3.3 R-Biotar 276
39.4 Symmetrical Doublets 277
39.4.1 Introduction 277
39.4.2 Steinheil Periskop 278
39.4.3 Rapid Rectilinear or Aplanatic Lens 278
39.4.4 Dagor Lens 280
39.4.5 Orthostigmatic Lens 283
39.5 Quasi-symmetrical Doublets 284
39.5.1 Antiplanet 284
39.5.2 Angulon 285
39.5.3 Protar 285
39.5.4 Unar 287
39.5.5 Tessar 287
39.6 Triplet Lenses 290
39.6.1 Triplet Design 290
39.6.2 Cooke Triplet 293
39.6.3 Split Triplets 295
39.6.4 Inverse Triplet 296
39.6.5 Heliar 297
39.6.6 Pentac 298
39.6.7 Hektor Lens 299
39.7 Quadruplet Lenses 299
39.7.1 Introduction 299
39.7.2 Dogmar or Celor Lens 299
39.7.3 Plasmat 301
39.7.4 Biotar, Planar or Double Gauss Lenses 303
39.7.5 More Complicated Double Gauss Lenses 307
39.8 Quasi-symmetrical Wide-angle Systems 309
39.8.1 Introduction 309
39.8.2 Hypergon 310
39.8.3 Topogon 313
39.8.4 Hologon 315
39.8.5 Metrogon 317
39.8.6 Pleogon 318
39.8.7 Biogon 319
39.8.8 Super Angulon 323
39.9 Less Symmetrical Lenses 324
39.9.1 Ernostar 324
39.9.2 Sonnar 326
39.10 Wide-angle Retrofocus Lenses 327
39.10.1 The Retrofocus Principle 327
39.10.2 Retrofocus Lenses 329
39.10.3 Distagon 332
39.10.4 Flektogon 333
39.10.5 Vivitar 335
39.10.6 SLR Camera Lenses 336
39.11 Extremely Wide-angle or Fish-eye Lenses 338
39.11.1 Fish-eye Lenses 338
39.11.2 Pleon 343
39.11.3 Distortion of Fish-eye Lenses 343
39.11.4 Pupil Variation 347
39.11.5 Panoramic Lenses 351
39.12 Telephoto Lenses 352
39.12.1 Telephoto Principle 352
39.12.2 Telephoto Lenses 354
39.13 Special Systems 358
39.13.1 Catadioptric Photographic Lenses 358
39.13.2 Compact Camera Lenses 362
39.13.3 Modern Aspherical Plastic Lenses 363
39.13.4 Telecentric Lenses 366
39.13.5 Photographic Zoom Lenses 368
39.13.6 Camera Lenses in UV and IR 371
39.13.7 Accessories 372
39.14 Special Aspects of Camera Lenses 373
39.14.1 Vignetting 373
39.14.2 Stopping Down a Photographic Lens 375
39.14.3 Internal Focusing with Floating Elements 379
39.14.4 Stray Light and Ghost Images 381
39.15 Literature 388
40 Infrared Systems 391
40.1 Introduction 392
40.2 Special Aspects of Infrared Imaging 392
40.2.1 Spectral Bands 392
40.2.2 Infrared Radiation from the Object to the Image 394
40.2.3 Radiation and Emissivity 397
40.2.4 Atmospheric Transmittance 400
40.2.5 Detectors 402
40.2.6 Materials 406
40.3 Basic Infrared Imaging Systems 411
40.3.1 Afocal System and Imager 411
40.3.2 Afocal System and Reimager 412
40.3.3 Reimager 413
40.3.4 Objective with a Rear Exit Pupil 414
40.3.5 Objective for an Uncooled Detector 414
40.4 Special Characteristics of Infrared Systems 415
40.4.1 Diffractive Surfaces 415
40.4.2 Athermalization 416
40.4.3 Narcissus 418
40.5 Advanced Infrared Imaging Systems 422
40.5.1 Infrared Achromats and Objective Lenses 422
40.5.2 Afocal Telescopes 429
40.5.3 Afocal Zoomable Telescopes 431
40.5.4 Advanced Reimager 433
40.5.5 Multiple Waveband Achromats and Systems 436
40.5.6 Compound Systems 437
40.6 Literature 441
41 Zoom Systems 445
41.1 Introduction 447
41.1.1 Fundamental Considerations 447
41.1.2 Principle of Smallest Changes 451
41.1.3 Configurations of Zoom Systems 454
41.1.4 Mechanical and Optical Compensation 457
41.1.5 Development of a Zoom System 459
41.2 Mechanically Compensated Zoom Systems 460
41.2.1 Introduction 460
41.2.2 Finite Image Two-component Zoom System 461
41.2.3 Three-component Zoom System 466
41.2.4 Four-component Zoom System 469
41.2.5 Zoom System with Three Movable Components 469
41.2.6 Symmetrical Afocal Zoom System 470
41.2.7 General Three-component Afocal Zoom System 475
41.2.8 Zoom Systems with Fixed Pupil Location 478
41.3 Optically Compensated Zoom Systems 482
41.3.1 Introduction 482
41.3.2 Three-component System 487
41.3.3 Approximate Solution for a Three-component System 488
41.3.4 Solution of the Three-Component System According to Kingslake 491
41.3.5 Solution of a Three-component Afocal Zoom System 493
41.3.6 Symmetrical Afocal Five-component Zoom System 495
41.4 Correction of Zoom Systems 498
41.4.1 Introduction 498
41.4.2 Simple Example for Performance Variation 500
41.4.3 Seidel Aberrations 503
41.4.4 Color Aberrations 505
41.4.5 Stop Position 506
41.5 Example Systems 508
41.5.1 Mechanically Compensated Three-component Systems 508
41.5.2 Mechanically Compensated Four-component Systems 511
41.5.3 Systems With More Than Four Moving Groups 516
41.5.4 Optically Compensated Zoom Systems 521
41.6 Special Aspects 525
41.6.1 Gaussian Brackets 525
41.6.2 Description of Zoom Systems with Differential Equations 526
41.6.3 Solid State Zoom Systems 528
41.6.4 Mirror Zoom Systems 530
41.6.5 Focusing of Camera Zoom Systems 532
41.6.6 Adjustment of a Zoom System 535
41.7 Literature 538
42 Microscope Optics 541
42.1 Introduction 543
42.1.1 Overview 543
42.1.2 Combined Color Correction 548
42.1.3 Complete System of the Microscope 551
42.2 Objective Lenses 555
42.2.1 Introduction 555
42.2.2 Quality Classes 559
42.2.3 Design of High-performance Objective Lenses 566
42.2.4 Achromate Lens 568
42.2.5 Lister Objective 569
42.2.6 Amici Objective 573
42.2.7 High Aperture Lenses 575
42.2.8 Flat Field Lenses 587
42.2.9 Correcting Objectives 595
42.2.10 Long-distance Objective Lenses 599
42.2.11 Catadioptric Objectives 605
42.2.12 Objectives for Fluorescence Microscopy 622
42.2.13 UV Lenses 623
42.3 Microscopic Imaging System 629
42.3.1 Defocused Use of High NA Lenses 629
42.3.2 Immersion and Cover Glass 636
42.3.3 Index Mismatch in the Object Space 638
42.3.4 Objective Pupil and Telecentricity 644
42.3.5 Tube Optic 650
42.3.6 Conoscopic Observation 655
42.4 Illumination Optic 656
42.4.1 Introduction 656
42.4.2 Köhler Illumination 661
42.4.3 Collector Optic 662
42.4.4 Condenser Optics for Bright-field Illumination 665
42.4.5 Condenser Optic for Dark-field Illumination 668
42.4.6 TIRF Illumination 671
42.5 Stereo Microscope 674
42.5.1 Introduction 674
42.5.2 Telescope Setup 676
42.5.3 Greenough Setup 679
42.5.4 Magnification-changing Systems 680
42.5.5 Special Combination Setup 681
42.6 Confocal Laser Scanning Microscopes 682
42.6.1 Introduction 682
42.6.2 Scan Lens 685
42.6.3 Pinhole Optic 688
42.6.4 Nipkow Microscope 689
42.6.5 Illumination System of a Confocal Microscope 691
42.7 Special Aspects 691
42.7.1 Accessories 691
42.7.2 Autofluorescence 692
42.7.3 Transmission and Throughput 694
42.7.4 Adjustment of Microscope Lenses 699
42.7.5 Focusing at Low Fresnel Numbers 701
42.7.6 Solid Immersion Lenses 709
42.7.7 Thermal Effects 714
42.8 Literature 718
43 Telescopes 723
43.1 Introduction 726
43.2 Refracting Telescopes 727
43.2.1 Achromatic Refractor Telescopes 727
43.2.2 Apochromatic Refractor Telescopes 730
43.2.3 Apochromatic Telescopes Without Anomalous Dispersion Glasses 742
43.3 Reflecting Telescopes 744
43.4 Single-mirror Reflecting Telescopes 745
43.4.1 Spherical Mirror 745
43.4.2 Parabolic Mirror (Newton Telescope) 745
43.5 Two-mirror Reflecting Telescopes 746
43.5.1 Cassegrain Telescope 746
43.5.2 Ritchey-Chretien Telescope 750
43.5.3 Dall-Kirkham Telescope 750
43.5.4 Pressmann-Camichel Telescope 751
43.5.5 Gregorian Telescope 751
43.5.6 Schwarzschild Aplanatic Telescopes 753
43.5.7 Couder Anastigmat 756
43.5.8 Loveday Telescope 756
43.6 Three-mirror Reflection Telescopes 758
43.6.1 Paul-Baker Telescope 758
43.6.2 Willstrop Mersenne-Schmidt Telescope 760
43.6.3 Korsch Three-mirror, Single-axis Telescope 762
43.6.4 Robb Three-mirror Telescope 763
43.6.5 Korsch Three-mirror Four-reflection Telescope 764
43.7 Other Three- and Four-mirror Reflecting Telescopes 765
43.8 Two-mirror Schiefspiegler (Oblique Reflector) Telescopes 766
43.8.1 Kutter Schiefspiegler 767
43.8.2 Herrig Schiefspiegler 769
43.8.3 Yolo Telescope 771
43.9 Three-mirror Schiefspiegler Telescopes 772
43.9.1 Kutter and Buchroeder Tri-Schiefspiegler 772
43.9.2 Stevick-Paul Schiefspiegler 773
43.9.3 Brunn Schiefspiegler 775
43.9.4 Shafer Schiefspiegler 776
43.9.5 Solano Schiefspiegler 777
43.9.6 General Solutions for Three-mirror Schiefspiegler Telescopes 777
43.10 Four-mirror Schiefspiegler 781
43.10.1 Shafer-Mersenne Telescope 781
43.10.2 Shafer Four- and Five-mirror Unobscured Telescopes 782
43.10.3 Afocal Four-mirror Telescope 783
43.10.4 General Solutions for Four-mirror Schiefspiegler Telescopes 784
43.11 Three-mirror Off-axis Anastigmats (TMA) 786
43.11.1 Re-imaging TMA 787
43.11.2 Non-re-imaging TMA 788
43.11.3 Walrus 789
43.12 Two-axis Telescopes 790
43.12.1 Korsch Three-mirror, Two-axis Telescope 790
43.12.2 Two-axis Telescopes Derived from the Mersenne and Schmidt Principle 791
43.13 Catadioptric Telescopes 793
43.13.1 Mangin Telescope 793
43.13.2 Schmidt Telescope 794
43.13.3 Wright-Väisälä Telescope 797
43.13.4 Baker-Super-Schmidt Telescope 797
43.13.5 Baker-Nunn Camera 798
43.13.6 Wynne Telescope 799
43.13.7 Schmidt-Cassegrain Telescope 799
43.13.8 Schmidt-Gregorian Telescope 801
43.13.9 Sigler Telescope 801
43.13.10 Houghton Telescope 802
43.13.11 Buchroeder-Houghton Telescope 803
43.13.12 Houghton-Cassegrain Telescope 804
43.13.13 Lurie-Houghton Telescope 805
43.13.14 Bouwers-Maksutov Telescope 806
43.14 Catadioptric Maksutov-Cassegrain Telescopes 809
43.14.1 Maksutov-Gregory Telescope 809
43.14.2 Maksutov-Rumak Telescope 810
43.14.3 Aspherical Maksutov Telescope 811
43.14.4 Bouwers-Cassegrain with Weak Corrector Lens 811
43.14.5 Schmidt-Bouwers Telescope 813
43.14.6 Compact Maksutov Telescope 813
43.14.7 Klevtsov 814
43.14.8 Other Forms of Catadioptric Telescopes 816
43.14.9 Schupmann Medial Telescope 817
43.14.10 Schupmann Brachymedial 821
43.15 Telescopes with Field Correctors 821
43.15.1 Field-flattening Lens 822
43.15.2 Correctors for a Parabolic Mirror (Newton Telescope) 823
43.15.3 Correctors for a Spherical Mirror 825
43.15.4 Corrector for Cassegrain and RC Telescopes 826
43.15.5 Focal Reducers 827
43.15.6 Focal Extenders 828
43.16 The Effects of Aperture Obscuration 829
43.16.1 Central Obstruction 830
43.16.2 Spider Obstruction 834
43.17 Telescope Design Prescriptions 835
43.18 Literature 861
44 Lithographic Projection Lenses 865
44.1 Introduction 866
44.2 Physical Optics Aspects 868
44.2.1 Projection Techniques 868
44.2.2 Resolution 870
44.2.3 Information Transfer 873
44.2.4 Illumination and Coherence 874
44.2.5 Materials 878
44.2.6 Polarization 881
44.3 Performance of Lithographic Lenses 883
44.3.1 Requirements 883
44.3.2 Representations of Performance 884
44.3.3 Chromatic Aberrations 893
44.3.4 Petzval Curvature 897
44.3.5 Telecentricity 898
44.4 Evolution of Lithographic Lens Systems 900
44.4.1 Introduction 900
44.4.2 Change of Wavelength 904
44.4.3 The Size Problem 905
44.4.4 Aspherical Systems 906
44.4.5 Immersion Systems 909
44.4.6 Catadioptric Systems 909
44.4.7 Mirror Systems 913
44.5 Examples of Lithographic Systems 914
44.5.1 Introduction 914
44.5.2 Early Lithographic Lenses 916
44.5.3 Refractive Projection Lenses 917
44.5.4 Multi-axis Catadioptric Systems with Cubes 925
44.5.5 Multi-axis Catadioptric Systems with Mirrors 926
44.5.6 EUV Mirror Systems 930
44.6 Literature 938
45 Miscellaneous System Types 941
45.1 Relay Systems 943
45.1.1 Introduction 943
45.1.2 Basic Systems 944
45.1.3 System with Variable Magnification 950
45.1.4 More Complicated Relay Systems 951
45.1.5 The 4f system 953
45.1.6 Combination of Relay Systems 956
45.1.7 Riflescope 957
45.1.8 Periscope 958
45.1.9 Endoscope 961
45.2 Scan Systems 965
45.2.1 Introduction 965
45.2.2 Scanning Components 967
45.2.3 F- Scan Lenses 974
45.2.4 Scanner Resolution 976
45.2.5 Scan Lens Design 977
45.2.6 Scan Lens Examples 979
45.3 Projection Systems 984
45.3.1 Introduction 984
45.3.2 Film Projection 985
45.3.3 Digital Light Projection 988
45.3.4 Color Management 991
45.3.5 Front Projection Lenses 995
45.3.6 DMD Light Projection Lenses 997
45.3.7 Rear Projection TV Systems 1001
45.3.8 HUD Projection Systems 1002
45.3.9 HMD Projection Systems 1004
45.3.10 Retinal Scanner Systems 1011
45.4 Interferometer Lenses 1012
45.4.1 Collimator Lenses 1012
45.4.2 Refractive Null Corrector Lenses 1016
45.4.3 Diffractive Null Corrector Systems 1025
45.5 Autofocus Systems 1028
45.5.1 Introduction 1028
45.5.2 Astigmatic Sensor 1031
45.5.3 Confocal Sensor 1037
45.5.4 Chromatic Confocal Sensor 1039
45.5.5 Triangulation 1041
45.6 Spectroscopic Systems 1043
45.6.1 Introduction 1043
45.6.2 Prism Spectrometer 1044
45.6.3 Grating Spectrometer 1045
45.6.4 Spectrometer with Rowland Grating 1046
45.6.5 Czerny-Turner Setup 1049
45.6.6 Fery Prism Systems 1051
45.7 Literature 1052
  Index 1057

 
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