這是好書一本… >B /&V|E
程度中等 v7FRTrqjj
雖然用oslo為例，但是並不會影響閱讀 ' P`p.5nH
值得下載…雖然是scan版的 6'Yn|A
3
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1. Introduction $;uWj|
2. Historical Review S~Iw?SK3
2.1 Definition of Optical Engineering S" TMsi
2.2 Ancient History RyOT[J
2.3 Medieval Optics &rztC]jF
2.4 From 1600 to the 1900s }&T<wm !
2.5 Speed of Light (1AA;)`Kp
2.6 Modern Optical Engineering mERrcY Y{
2.7 Case History: Optics in the United States ix7
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2.8 Recent Incident: the Hubble Telescope w<~<(5mM5;
2.9 Review and Summary !N8)C@=
3. Basic Concepts of Light {IPn\Bka
3.1 Light: an Elusive Topic &lPBqw
3.2 Understanding Light 7s8<FyFsjd
3.3 Velocity, Wavelength, and Frequency ;5 Vk01R
3.4 Wavefronts and Light Rays B_"OA3d_
3.5 Light Sources 4nII/cPG
3.6 Behavior of Light Rays X!rQ@F3
3.7 Refraction LlA`QLe
3.8 Refraction by a Lens #Emff VtY
3.9 Dispersion and Color sb|3|J6=
3.10 Diffraction of Light >! Ap/{2
3.11 Review and Summary {nPkb5xbW
4. Thin-Lens Theory R8[i XXjku
4.1 Definition of Thin Lens o%+A<Ri
4.2 Properties of a Thin Lens hGA!1a4 c
4.3 Aperture Stop, Entrance and Exit Pupils, and Field Stop ,/?%y\:J
4.4 Reference Coordinate System 5&HT$"H :
4.5 Thin-Lens Power -S,ir
4.6 Ray Trace of a Thin Lens (Object at Infinity) Ukx/jNyYv
4.7 Ray Trace of a Thin Lens (Finite Object Distance) l0caP(
4.8 Rounding Off 1 x\V dT
4.9 Thin-Lens Formulas zh^jWu
4.10 Applications of Thin-Lens Theory we\b ]
4.11 Mock-up of the Thin-Lens System F8S~wW=\w
4.12 Review and Summary *{.&R9#7U'
5. Optical Design Basics y4/ >Ol]
5.1 Introduction PUE'Rr( Q
5.2 Historical Perspective (I7&8$Zl
5.3 OSLO Optical Design Software Package 9xK4!~5V
5.4 Introduction to Computer Design using OSLO mI7rx`4H
5.5 Laser Transmitting System Fp5NRM*-!
5.6 Instrument Design and Analysis Q"OV>kl k
5.7 Magnification Analysis q: Bt]2x
5.8 Design of a Noncatalog System x0u?*5-t
5.9 Review and Summary ^A 11h 6I
6. Primary Lens Aberrations %Rd~|$@>x
6.1 Introduction KkdG. c'
6.2 Spot Diagram, Radial Energy Distribution, and Modulation Transfer Function ''(fH$pY
6.3 Spherical Aberration vn0cKz@
6.4 Coma hi {2h04
6.5 Field Curvature vL nq %@x
6.6 Astigmatism 6+Wr6'kuH
6.7 Distortion ol?z<53X]
6.8 Axial Color :7$\ X[
6.9 Lateral Color .#= j
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6.10 Aberration Curves `z-H]fU
6.11 Point-Spread Function Analysis t<!+b@l 5
6.12 Review and Summary u=@h`5-fp
7. Optical Components [GR]!\!%~
7.1 Introduction jh 7p62 R
7.2 Lens Ad]<e?oN=
7.3 Mirror \3H<z@;
7.4 Prisms y wW-p .
7.5 Review and Summary 3 x"@**(Q
8. Basic Optical Instruments di3 B=A>3
8.1 Introduction r@*=|0(OrK
8.2 Magnifier, or Loupe ).0V%}>
8.3 Eyepiece tC2 )j7@
8.4 Microscope !j!Z%]7
8.5 Telescope ;[{:'^n
8.6 Binoculars g.[+yzuE6
8.7 Riflescope Y<p zy8 z
8.8 Surveying and Optical Tooling Instruments -1jjB1
8.9 Periscope, Borescope, and Endoscope |8&-66pX
8.10 Review and Summary T!u'V'Ei2
9. Optical Materials and Coatings CRZi;7`*1
9.1 Introduction 2
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9.2 Optical Glass C rnB{Z4L
9.3 Low-Expansion Materials CS~=Z>6EjA
9.4 Surface Losses and Antireflection Coatings 94T}iY.
9.5 Materials for Infrared Systems to99 _2
9.6 Optical Plastics KWFyw>*)
9.7 Review and Summary Sk8%(JD7
10. Visual Optical System \We"?1^
10.1 Introduction `fQM
10.2 Structure of the Eye 0zeUP {MQ
10.3 Resolution of the Eye uk`T+@ K
10.4 Visual Instrument Design Considerations YHs?QsP
10.5 Visual Instrument Focus GN\8 
