Geometrical optics and optical design:
Gespeichert in:
| Beteiligte Personen: | , |
|---|---|
| Format: | Buch |
| Sprache: | Englisch |
| Veröffentlicht: |
New York [u.a.]
Oxford Univ. Press
1997
|
| Schriftenreihe: | Oxford series in optical and imaging sciences
7,[2] |
| Schlagwörter: | |
| Links: | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007584547&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| Beschreibung: | Fälschlich als Bd. 7 bezeichnet |
| Umfang: | XIV, 354 S. graph. Darst. |
| ISBN: | 0195089316 |
Internformat
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| 264 | 1 | |a New York [u.a.] |b Oxford Univ. Press |c 1997 | |
| 300 | |a XIV, 354 S. |b graph. Darst. | ||
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Datensatz im Suchindex
| _version_ | 1819371407504572416 |
|---|---|
| adam_text | GEOMETRICAL OPTICS AND OPTICAL DESIGN PANTAZIS MOUROULIS ASSOCIATE
PROFESSOR CENTER FOR IMAGING SCIENCE ROCHESTER INSTITUTE OF TECHNOLOGY
JOHN MACDONALD SENIOR LECTURER PHYSICS DEPARTMENT UNIVERSITY OF READING
NEW YORK OXFORD OXFORD UNIVERSITY PRESS 1997 CONTENTS RAYS AND THE
FOUNDATIONS OF GEOMETRICAL OPTICS 1.1. WAVES, WAVEFRONTS, AND RAYS 3
1.1.1. THE PINHOLE CAMERA 5 1.2. PROPAGATION OF WAVEFRONTS, REFLECTION,
REFRACTION 6 1.3. FERMAT S PRINCIPLE 10 1.4. IRRADIANCE AND THE
INVERSE-SQUARE LAW 13 1.5. THE BASIC POSTULATES OF GEOMETRICAL OPTICS 15
REVIEW OF ELEMENTARY RAY OPTICS 18 2.1. PLANE SURFACES 18 2.1.1.
REFLECTING SURFACES 19 2.1.2. REFRACTING SURFACES 20 2.2. CURVED
SURFACES: FOCUSING 23 2.2.1. FOCUSING IN THE PARAXIAL REGION 23 2.2.2.
GRAPHICAL RAY TRACING FOR THIN LENSES 27 2.2.3. GRAPHICAL RAY TRACING
FOR MIRRORS 31 IMAGERY BY A SINGLE SURFACE AND A THIN LENS 38 3.1. THE
SIGN CONVENTION 38 3.2. THE PARAXIAL APPROXIMATION 39 X * CONTENTS 3.3.
IMAGERY BY A SINGLE SURFACE 40 3.3.1. THE CONJUGATE EQUATION 40 3.3.2.
POWER AND FOCAL LENGTHS OF A SURFACE 42 3.4. MIRRORS 43 3.5. IMAGERY BY
A THIN LENS 44 3.5.1. THIN LENS CONJUGATE EQUATION 44 3.5.2. POWER OF A
THIN LENS IN AIR 45 3.5.3. FOCAL LENGTHS OF A THIN LENS 46 3.5.4. THIN
LENS REFRACTION: THE GENERAL CASE 47 3.5.5. MANY SURFACES IN CONTACT 48
3.5.6. THROW 49 3.6. IMAGERY OF AN EXTENDED OBJECT. MAGNIFICATION 50
3.7. THE ONE-COMPONENT DESIGN PROBLEM 52 3.8. OTHER TYPES OF
MAGNIFICATION 54 3.8.1. THE ANGULAR SIZE OF AN OBJECT 54 3.8.2. VISUAL
MAGNIFICATION 55 3.8.3. LONGITUDINAL MAGNIFICATION. IMAGERY OF A VOLUME
57 4. GAUSSIAN OPTICS 62 4.1. THE PARAXIAL HEIGHT AND ANGLE VARIABLES 62
4.2. PARAXIAL RAY TRACING FOR SYSTEMS OF MANY SURFACES 64 4.2.1.
NOTATION 64 4.2.2. MAGNIFICATION 64 4.2.3. PARAXIAL RAY TRACING THROUGH
MANY SURFACES 65 4.3. THE OPTICAL INVARIANT 68 4.4. PRINCIPAL PLANES 70
AAA. DEFINITION AND PROPERTIES OF THE PRINCIPAL PLANES 70 4.4.2. POWER
AND FOCAL LENGTHS OF A GENERAL SYSTEM 73 4.4.3. REFERENCE TO AN
ARBITRARY SET OF CONJUGATES 76 4.4.4. AFOCAL SYSTEMS 77 4.4.5. LOCATION
OF PRINCIPAL PLANES 78 4.5. POWER AND PRINCIPAL PLANES OF A SYSTEM OF
TWO SEPARATED COMPONENTS 80 4.6. THICK LENSES: POWER AND LOCATION OF
PRINCIPAL PLANES 82 4.7. NODAL POINTS, MEASUREMENT OF FOCAL LENGTH 83
4.8. ADDITIONAL TOPICS IN GAUSSIAN OPTICS 85 4.8.1. NEWTON S FORM OF THE
CONJUGATE EQUATION 85 4.8.2. IMAGERY OF A TILTED PLANE 85 4.9. SUMMARY
OF GAUSSIAN OPTICS 87 4.10. THE TWO-COMPONENT DESIGN PROBLEM 88 CONTENTS
* XI 5. PUTTING IT ALL TOGETHER 94 5.1. STOPS AND PUPILS 94 5.1.1.
ENTRANCE AND EXIT PUPILS 95 5.1.2. NUMERICAL APERTURE, F NUMBER 97
5.1.3. DEPTH OF FOCUS, DEPTH OF FIELD 100 5.1.4. PUPILS: OFF-AXIS
IMAGERY 104 5.1.5. PUPIL MATCHING 104 5.1.6. PARAXIAL MARGINAL AND PUPIL
RAYS 105 5.1.7. HOW TO FIND THE STOPS 107 5.1.8. SIZE OF A LENS OR
SURFACE (CLEAR APERTURE) 108 5.1.9. TWO-RAY FORMS OF * 108 5.2.
SIGNIFICANCE AND USE OF THE MARGINAL AND PUPIL RAYS 111 5.2.1.
CONNECTING PARAXIAL AND FINITE OPTICS 111 5.2.2. THE SINE CONDITION 112
5.2.3. THE TANGENT CONDITION 114 5.2.4. GAUSSIAN PREDESIGN 115 5.2.5.
THE TWO-LENS SYSTEM WITH FIXED PUPIL POSITIONS 117 5.2.6. THE Y-Y
DIAGRAM 118 5.3. LIGHT FLUX TRANSMISSION THROUGH OPTICAL SYSTEMS 119
5.3.1. RADIOMETRY VERSUS PHOTOMETRY 119 5.3.2. RADIOMETRIC (PHOTOMETRIC)
QUANTITIES AND UNITS 120 5.3.3. FLUX EMITTED INTO A CONE BY A LAMBERTIAN
SOURCE 123 5.3.4. FLUX COLLECTED BY A LENS 125 5.3.5. IRRADIANCE OF AN
IMAGE 126 5.3.6. RADIANCE (LUMINANCE) OF AN AERIAL IMAGE 127 5.3.7.
PHOTOMETRY OF ILLUMINATION SYSTEMS 128 5.3.8. OFF-AXIS ILLUMINATION 130
5.3.9. ILLUMINANCE FROM A LARGE SOURCE 131 5.3.10. LUMINANCE OF A
DISTANT SOURCE 132 6. GAUSSIAN OPTICS OF OPTICAL INSTRUMENTS AND
COMPONENTS 137 6.1. THE TELESCOPE 137 6.1.1. VISUAL TELESCOPES 137
6.1.2. ASTRONOMICAL TELESCOPES AND RESOLUTION 140 6.1.3. INFORMATION
CAPACITY OF AN OPTICAL SYSTEM 141 6.1.4. LASER BEAM EXPANDER 141 6.2.
THE MICROSCOPE 142 6.2.1. MAGNIFYING POWER AND RESOLUTION 142 6.2.2.
MICROSCOPE ILLUMINATION SYSTEMS 144 6.3. PROJECTION SYSTEMS 147 6.3.1.
THE OVERHEAD PROJECTOR 147 6.3.2. ASPHERICS IN ILLUMINATION SYSTEMS 148
6.3.3. OTHER PROJECTION SYSTEMS 150 6.4. THE EYE 151 6.4.1. BASIC
ANATOMY 151 6.4.2. GEOMETRICAL PARAMETERS 152 XII * CONTENTS 6.4.3.
SCENE LUMINANCE AND RETINAL ILLUMINANCE 152 6.4.4. REFRACTIVE EFFECTS
AND ACCOMMODATION 155 6.4.5. RESOLUTION AND ACUITY 155 6.4.6. CONTRAST
SENSITIVITY 156 6.5. REFLECTING PRISMS 157 6.5.1. GEOMETRICAL ASPECTS OF
REFLECTION 158 6.5.2. TUNNEL DIAGRAM. EFFECT OF A PLANE BLOCK OF GLASS
159 6.5.3. COMMON PRISM TYPES 160 6.5.4. SOME INSTRUMENTAL APPLICATIONS
OF REFLECTING PRISMS 163 6.6. CYLINDRICAL AND ANAMORPHIC OPTICS 165
6.6.1. IMAGE OF A POINT THROUGH A CYLINDRICAL LENS 165 6.6.2. IMAGE
ILLUMINANCE THROUGH A CYLINDRICAL LENS 166 6.7. GRADIENT INDEX OPTICS
168 6.7.1. SNELL S LAW 168 6.7.2. THE PARABOLIC INDEX PROFILE 169 6.7.3.
PARAXIAL RAY TRACING FOR GRADIENT INDEX MEDIA 171 6.7 .4. GAUSSIAN
CONSTANTS OF GRIN RODS 172 6.7.5. THE OPTICAL INVARIANT 173 6.8.
DIFFRACTIVE OPTICS 173 6.8.1. THE DIFFRACTION GRATING 173 6.8.2.
HOLOGRAPHIC OPTICAL ELEMENTS 176 6.8.3. BINARY OPTICS 183 7.
INTRODUCTION TO ABERRATIONS 188 7.1. CHROMATIC ABERRATION 188 7.1.1.
CHARACTERIZATION OF DISPERSION 188 7.1.2. CHROMATIC EFFECTS FOR A THIN
LENS 191 7.1.3. THE ACHROMATIC DOUBLET AND RELATED CONCEPTS 194 7.1.4.
SECONDARY SPECTRUM. APOCHROMATIC CORRECTION 195 7.2. INTRODUCTION TO
MONOCHROMATIC ABERRATIONS 198 7.2.1. THE ORIGIN OF MONOCHROMATIC
ABERRATIONS 198 7.2.2. WAVEFRONT AND RAY ABERRATIONS 199 7.2.3.
CANONICAL COORDINATES 203 7.3. THE WAVE ABERRATION FUNCTION.
CLASSIFICATION OF ABERRATIONS 204 7.3.1. THE WAVE ABERRATION POLYNOMIAL
FOR ROTATIONALLY SYMMETRIC SYSTEMS 204 7.3.2. CLASSICAL ABERRATION TYPES
207 7.3.3. RAY INTERSECTION PATTERNS AND SPOT DIAGRAMS 212 7.3.4.
LONGITUDINAL ABERRATION 218 7.3.5. ABERRATION TOLERANCES 220 7.3.6.
EXAMPLE: COMPUTATION OF WAVE AND RAY ABERRATION 222 8. COMPUTATION OF
PRIMARY ABERRATIONS 227 8.1. THE SEIDEL ABERRATION COEFFICIENTS 227
8.1.1. THE PARAXIAL REFRACTION INVARIANTS 227 CONTENTS * XIII 8.1.2.
SURFACE CONTRIBUTION TO THE WAVEFRONT ABERRATION 228 8.1.3. THE SEIDEL
ABERRATION FORMULAE 230 8.1.4. SPECIAL ABERRATION-FREE CASES. THE
APLANATIC MENISCUS 234 8.1.5. CHROMATIC ABERRATIONS 236 8.1.6. DESIGN
EXAMPLE: A SIMPLE CAMERA OBJECTIVE 238 8.2. ASTIGMATISM AND FIELD
CURVATURE 241 8.3. PRIMARY ABERRATIONS OF A REFLECTING PRISM
(PLANE-PARALLEL PLATES) 242 8.4. PRIMARY ABERRATIONS OF A SPHERICAL
MIRROR 243 9. ABERRATIONS OF A THIN LENS IN AIR 246 9.1. CENTRAL
ABERRATIONS (STOP AT THE LENS) 246 9.1.1. SHAPE-INDEPENDENT ABERRATIONS
248 9.1.2. THE SHAPE FACTOR AND THE MAGNIFICATION PARAMETER 248 9.1.3.
SHAPE-DEPENDENT ABERRATIONS 250 9.1.4. THE CORRECTED DOUBLET 253 9.1.5.
A PRACTICAL ABERRATION PRIMER 255 9.2. THIN-LENS ABERRATIONS WITH A
REMOTE STOP 257 9.2.1. THE ECCENTRICITY PARAMETER 257 9.2.2. STOP-SHIFT
EFFECTS FOR A SINGLE SURFACE 258 9.2.3. STOP-SHIFT EFFECTS FOR A GENERAL
SYSTEM AND A THIN LENS 259 9.2.4. STOP-SHIFT THEOREMS 260 9.2.5.
EXAMPLE: THE PETZVAL PROJECTION LENS 261 9.3. THE TWO- AND
THREE-COMPONENT SOLUTION WITH FIXED ** 264 9.3.1. THE TWO-COMPONENT
SOLUTION 264 9.3.2. THE THREE-COMPONENT SOLUTION 265 9.3.3. THE COOKE
TRIPLET 267 10. OPTICAL DESIGN 270 10.1. THE OPTICAL DESIGN PROCESS 270
10.2. MAKING THE SYSTEM REAL: THICKENING, TOTAL ABERRATION 272 10.3.
DESIGN EXAMPLE: OPERATING SPECTACLES 277 10.4. OPTIMIZATION 280 10.5.
PUPILS AND PUPIL IMAGERY 282 10.5.1. PUPIL ABERRATION 282 10.5.2.
OFF-AXIS PUPIL SHAPE AND VIGNETTING 284 10.5.3. OFF-AXIS IMAGE FORMATION
AND CANONICAL COORDINATES 285 10.6. ASPHERICS 287 10.7. A BRIEF GUIDE TO
OPTICAL DESIGN SOFTWARE 289 XIV * CONTENTS APPENDIX 1. MATRIX METHODS IN
PARAXIAL OPTICS 294 AL.L. THE CONJUGATE MATRIX 296 A 1.2. RELATION
BETWEEN A,B,C,D AND 5,5 ,* 298 APPENDIX 2. GAUSSIAN BEAM RAY TRACING 300
A2.1. BASIC CHARACTERISTICS OF GAUSSIAN BEAMS 300 A2.2. PARAXIAL
EQUATIONS FOR GAUSSIAN BEAMS 303 A2.3. THIN LENS IN AIR 306 A2.4. THE
GENERAL SYSTEM: PRINCIPAL PLANES 308 A2.5. TWO-RAY FORMULATION OF
GAUSSIAN BEAMS 311 APPENDIX 3. FINITE RAY TRACING 317 A3.1. VECTOR FORM
OF SNELL S LAW 318 A3.2. THE SURFACE EQUATION AND THE SURFACE NORMAL 318
A3.3. SURFACE TRANSFER 319 A3.4. REFRACTION 320 APPENDIX 4. SHIFT OF
FOCUS 322 A4.1. LONGITUDINAL FOCAL SHIFT 322 A4.2. TRANSVERSE FOCAL
SHIFT 324 APPENDIX 5. TWO COMPUTER PROGRAMS 327 A5.1. THIN APLANATIC
DOUBLET DESIGN (STOP AT THE LENS) 327 A5.2. PARAXIAL RAY TRACING AND
SEIDEL ABERRATION COMPUTATION 331 APPENDIX 6. THIN-LENS BENDING PROGRAM
341 BIBLIOGRAPHY 349 INDEX 351
|
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| dewey-sort | 3535 232 |
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| id | DE-604.BV011292904 |
| illustrated | Illustrated |
| indexdate | 2024-12-20T10:09:49Z |
| institution | BVB |
| isbn | 0195089316 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-007584547 |
| oclc_num | 33102800 |
| open_access_boolean | |
| owner | DE-703 DE-92 DE-83 DE-19 DE-BY-UBM |
| owner_facet | DE-703 DE-92 DE-83 DE-19 DE-BY-UBM |
| physical | XIV, 354 S. graph. Darst. |
| publishDate | 1997 |
| publishDateSearch | 1997 |
| publishDateSort | 1997 |
| publisher | Oxford Univ. Press |
| record_format | marc |
| series | Oxford series in optical and imaging sciences |
| series2 | Oxford series in optical and imaging sciences |
| spellingShingle | Mouroulis, Pantazis Macdonald, John 1943- Geometrical optics and optical design Oxford series in optical and imaging sciences Geometrische optica gtt Optique - Instruments - Conception et construction ram Optique géométrique ram Geometrical optics Optical instruments Design and construction Geometrische Optik (DE-588)4020241-0 gnd |
| subject_GND | (DE-588)4020241-0 |
| title | Geometrical optics and optical design |
| title_auth | Geometrical optics and optical design |
| title_exact_search | Geometrical optics and optical design |
| title_full | Geometrical optics and optical design Pantazis Mouroulis ; John Macdonald |
| title_fullStr | Geometrical optics and optical design Pantazis Mouroulis ; John Macdonald |
| title_full_unstemmed | Geometrical optics and optical design Pantazis Mouroulis ; John Macdonald |
| title_short | Geometrical optics and optical design |
| title_sort | geometrical optics and optical design |
| topic | Geometrische optica gtt Optique - Instruments - Conception et construction ram Optique géométrique ram Geometrical optics Optical instruments Design and construction Geometrische Optik (DE-588)4020241-0 gnd |
| topic_facet | Geometrische optica Optique - Instruments - Conception et construction Optique géométrique Geometrical optics Optical instruments Design and construction Geometrische Optik |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007584547&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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