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Chapter 1. A Review of Elementary Optics bq xbOQd
1.1 Light 0 ej!!WP
1.2 Laws of Geometrical Optics (!U5B
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1.3 Mirrors and Lenses-Ray Sketching 37@_"
1.4 Mirrors and Lenses-Calculations X#mp pMU
1.5 Simple Optical Instruments
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1.6 Polarization A({8p
1.7 Interference and Diffraction F.b;O :
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Chapter 2. Thin Lens Ray Tracing EF?@f{YY$n
2.1 Getting Started 8#w}wGV*
2.2 Tracing Rays through a Series of Lenses m1X0stFRs"
2.3 The y-u Trace \KmjA )(
2.4 Stops, Pupils, and Windows /u
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2.5 Evaluation of Systems Using the y-u Trace f_r1(o 5:Y
2.6 Effective Focal Length RbJ,J)C>
2.7 Cylindrical Lenses 42?X)n>
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Chapter 3. Radiometry VrA9}"1x~*
3.1 Basic Concepts and Terms 9Kw4K#IqQ
3.2 Radiometry in an Optical System y8Bi5Ae,+1
3.3 Radiometry of Extended Sources Oc;0*v[I
3.4 Applications 8 Vj]whE
3.5 Photometry and Spectrophotometry *BYSfcX6
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Chapter 4. Mirrors and Prisms K4i#:7r'b
CONTENTS MX 2UYZ&
4.1 Mirror Images /I3#WUc;![
4.2 Plane Mirrors m-lUgx7
4.3 Prisms sT9 P
4.4 Fitting It In or Spreading It Out @ba5 iIt
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Chapter 5. Paraxial Ray Tracing <D4.kM
5.1 The y-nu Trace AG2iLictv
5.2 The Gaussian Constants `Y-uNJ'.N
5.3 Chromatic Aberration l
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5.4 Paraxial Ray Tracing, Calculators, and Computers YBN.
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Chapter 6. Exact Ray Traces ~a 8J"Wh
6.1 Ray Tracing Techniques [6Uc?Bi
6.2 Aberrations P@:#NU[
6.3 Correcting Aberrations W{l+_a{/9
6.4 Optical Computation ;8;nY6Ie
6.5 Image Evaluation W|3XD-v @
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Chapter 7. Gaussian Beams E27wxMU
7.1 Pv{ {zyc
7.2 Modifying a Gaussian Beam 3=1aMQ
7.3 Conjugate Distances zr?%k]A%UO
7.4 Laser Beam Illumination 0O?B!Jr]RM
7.5 Higher Order Modes )'xTDi
Characteristics of a Gaussian Beam |]~tX zY
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Chapter 8. Modulation and Scanning `~[zIq:}7
8.1 Modulation of Light VcT(n7
8.2 Scanning
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8.3 Mechanical Scanners {Q?AIp6u|
8.4 Acousto-optical Scanners Y4}!9x
8.5 Holographic Scanners ` f}c 1
8.6 Additional Topics Lw?4xerLsb
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Chapter 9. Spectrometers e~c;wP~cO
9.1 Filter Spectrometers 1agyT
9.2 Prism Spectrometers Q <EFd
9.3 Grating Spectrometers H^p ?t=Y
9.4 Spectrometer Systems ZebXcT ,41
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Chapter 10. Detectors (1fE^KF@f
10.1 The Eye-The Ultimate Detector w"bQxS~$y
10.2 Thermal Detectors q i h7
10.3 Photographic Materials !zwn Fdp
10.4 Photoemissive Detectors s"p}>BjMIC
10.5 Semiconductor Detectors Gk*Mx6|N
10.6 Photodiode Arrays D| ,d _W
10.7 Detector Geometries ($' rV!}
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Chapter 11. The Design Process e P|:b &
1 1.1 Setting Down Objectives b 4!(~"b.
11.2 Preliminary Design f
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11.3 The Breadboarding Process MFaK=1
11.4 Case Study-Laser Printer Design .t4 IR
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11.5 Case Study-Slide Projector Design Xdsd5 UUM
1 1.6 Conclusions
