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Chapter 1. A Review of Elementary Optics @QEV l
1.1 Light iT5% X
1.2 Laws of Geometrical Optics pJI H_H
1.3 Mirrors and Lenses-Ray Sketching gDrqs >8
1.4 Mirrors and Lenses-Calculations }`X$
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1.5 Simple Optical Instruments &*}S 0
1.6 Polarization [
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1.7 Interference and Diffraction +q(D]:@,[
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Chapter 2. Thin Lens Ray Tracing ;%)i/MGEB
2.1 Getting Started oj/ti m
2.2 Tracing Rays through a Series of Lenses #KwFr lZ
2.3 The y-u Trace kF5}S8B
2.4 Stops, Pupils, and Windows n\ZFPXP
2.5 Evaluation of Systems Using the y-u Trace DmYm~hzJ
2.6 Effective Focal Length 7D,+1>5^Ne
2.7 Cylindrical Lenses 6\`,blkX
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Chapter 3. Radiometry Mo/xEB/O
3.1 Basic Concepts and Terms ;J:YNup
3.2 Radiometry in an Optical System OCd[P1Y]
3.3 Radiometry of Extended Sources _ n>0!
3.4 Applications F-nt7l
3.5 Photometry and Spectrophotometry _^B+Xo@E-
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Chapter 4. Mirrors and Prisms C'Ymz`iQ
CONTENTS srC jq
4.1 Mirror Images k $);<= ZI
4.2 Plane Mirrors P>H'od
4.3 Prisms 6* e:ey U
4.4 Fitting It In or Spreading It Out |(/"IS]
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Chapter 5. Paraxial Ray Tracing a'|0 e]
5.1 The y-nu Trace I%ez _VG
5.2 The Gaussian Constants (z[cf|he
5.3 Chromatic Aberration mHP1.Z`
5.4 Paraxial Ray Tracing, Calculators, and Computers Vq*p?cF .
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Chapter 6. Exact Ray Traces @c x!m
6.1 Ray Tracing Techniques b~|B(lL6Xm
6.2 Aberrations -*WD.|k
6.3 Correcting Aberrations 6 @d( <Z
6.4 Optical Computation hZpFI?lqc\
6.5 Image Evaluation A4# m&o
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Chapter 7. Gaussian Beams Nb$ )YMbA
7.1 WN0^h Dc-
7.2 Modifying a Gaussian Beam U{ Y)\hR-
7.3 Conjugate Distances r4-r
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7.4 Laser Beam Illumination X9P-fF?0
7.5 Higher Order Modes +"C0de |-
Characteristics of a Gaussian Beam Yrd K@I
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Chapter 8. Modulation and Scanning H1X6f7`
8.1 Modulation of Light |h3 YL!
8.2 Scanning g><sZqj8tt
8.3 Mechanical Scanners 6PTD%Rf\
8.4 Acousto-optical Scanners ]!f=b\-Av
8.5 Holographic Scanners #):F XB$a
8.6 Additional Topics 67#;.}4a
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Chapter 9. Spectrometers ut o4bs:
9.1 Filter Spectrometers #R)$nv:h?^
9.2 Prism Spectrometers dkXK0k
9.3 Grating Spectrometers 4g6d6~098;
9.4 Spectrometer Systems U zc`,iV$
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Chapter 10. Detectors fQv^=DI #
10.1 The Eye-The Ultimate Detector -JcfP+{wS
10.2 Thermal Detectors U*6r".sz
10.3 Photographic Materials Ly ^r8I
10.4 Photoemissive Detectors {6n B83BB
10.5 Semiconductor Detectors s Ce{V*ua
10.6 Photodiode Arrays \}cEHLq
10.7 Detector Geometries /{Nx%PqL
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Chapter 11. The Design Process Jo2:0<VL
1 1.1 Setting Down Objectives <%|2yPb]
11.2 Preliminary Design 3.8d"
11.3 The Breadboarding Process WT1ch0~2
11.4 Case Study-Laser Printer Design E$RH+):|
11.5 Case Study-Slide Projector Design chxO*G
1 1.6 Conclusions
