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Chapter 1. A Review of Elementary Optics @`+$d=rO`
1.1 Light |iJZC
1.2 Laws of Geometrical Optics h
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1.3 Mirrors and Lenses-Ray Sketching
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1.4 Mirrors and Lenses-Calculations =v`&iL~m
1.5 Simple Optical Instruments h|uP=0
1.6 Polarization :-@P3F[0
1.7 Interference and Diffraction b|@op>UZ
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Chapter 2. Thin Lens Ray Tracing 1Y"qQp
2.1 Getting Started |
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2.2 Tracing Rays through a Series of Lenses :yFCp@ &
2.3 The y-u Trace 5%aKlx9^#
2.4 Stops, Pupils, and Windows Bv ]wHPun
2.5 Evaluation of Systems Using the y-u Trace \bl,_{z?
2.6 Effective Focal Length +/lj~5 :y
2.7 Cylindrical Lenses 3rdxXmx
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Chapter 3. Radiometry R M+K":p
3.1 Basic Concepts and Terms 4qcIo O
3.2 Radiometry in an Optical System c(g^*8Pb
3.3 Radiometry of Extended Sources [gr[0aG Bc
3.4 Applications 'xI+kyu
3.5 Photometry and Spectrophotometry ZO6bG$y64
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Chapter 4. Mirrors and Prisms r9'H7J
CONTENTS jy|xDQ
4.1 Mirror Images `a-T95IFy
4.2 Plane Mirrors G.ARu-2's
4.3 Prisms I[IQFk a}
4.4 Fitting It In or Spreading It Out R* G>)YH
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Chapter 5. Paraxial Ray Tracing M@[gT?m v1
5.1 The y-nu Trace PCnJ2
5.2 The Gaussian Constants 3evfX[V#
5.3 Chromatic Aberration G'C ^C[ _W
5.4 Paraxial Ray Tracing, Calculators, and Computers #@"rp]1xv
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Chapter 6. Exact Ray Traces /[dAgxL
6.1 Ray Tracing Techniques oDI*\S>
6.2 Aberrations (Sp~+#XnF
6.3 Correcting Aberrations U*h)nc
6.4 Optical Computation ]-L E'Px|
6.5 Image Evaluation *n ?:)(
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Chapter 7. Gaussian Beams +%$V?y
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7.2 Modifying a Gaussian Beam p5 t#d)
7.3 Conjugate Distances $ {eh52)`
7.4 Laser Beam Illumination S $/3K q
7.5 Higher Order Modes , .F+ x}
Characteristics of a Gaussian Beam A8Y~^wn
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Chapter 8. Modulation and Scanning 6Rodn Q
8.1 Modulation of Light L KR,CPz
8.2 Scanning u#|Jl|aT
8.3 Mechanical Scanners XKIJ6M~5k
8.4 Acousto-optical Scanners !qve1H4d2
8.5 Holographic Scanners hKeh9 Bt
8.6 Additional Topics gcF><i6
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Chapter 9. Spectrometers %,RU)}
9.1 Filter Spectrometers l6Bd<tSH
9.2 Prism Spectrometers lI<8)42yq
9.3 Grating Spectrometers ka [NYW{.
9.4 Spectrometer Systems 7^X_tQf
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Chapter 10. Detectors IvH+94 [)
10.1 The Eye-The Ultimate Detector n K=V`
10.2 Thermal Detectors JwVv+9hh
10.3 Photographic Materials + =$G6uR$
10.4 Photoemissive Detectors +-V?3fQ
10.5 Semiconductor Detectors w V my`OV/
10.6 Photodiode Arrays M/;g|J
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10.7 Detector Geometries Z`M Q+
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Chapter 11. The Design Process t/(j 8w
1 1.1 Setting Down Objectives Pw.+DA
11.2 Preliminary Design z8MYgn 7
11.3 The Breadboarding Process -&tiM
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11.4 Case Study-Laser Printer Design XE\bZc
11.5 Case Study-Slide Projector Design 4{E =wg^p
1 1.6 Conclusions
