這是好書一本… v7RDoO]I
程度中等
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雖然用oslo為例，但是並不會影響閱讀 #6 nA^K}
值得下載…雖然是scan版的 Z r*ytbt
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1. Introduction D=+sD"<|
2. Historical Review GR9F^Y) K{
2.1 Definition of Optical Engineering ' 1IH^<b
2.2 Ancient History ^^mi@&ApLD
2.3 Medieval Optics (yVI<Os{a
2.4 From 1600 to the 1900s { 643Dz<e
2.5 Speed of Light B$n\m854
2.6 Modern Optical Engineering qz):YHxT]n
2.7 Case History: Optics in the United States 4+ Kc
2.8 Recent Incident: the Hubble Telescope L T!X|O.
2.9 Review and Summary LPCl E5
3. Basic Concepts of Light P=GM7
3.1 Light: an Elusive Topic :I8t}Wg
3.2 Understanding Light 4O'ho0w7
3.3 Velocity, Wavelength, and Frequency eAEVpC2
3.4 Wavefronts and Light Rays C$ 5x*`y
3.5 Light Sources G%{jU'2
3.6 Behavior of Light Rays bjZ?WZr
3.7 Refraction RdjUw#\33b
3.8 Refraction by a Lens [VH t#JuN,
3.9 Dispersion and Color 6{ Eh={:b
3.10 Diffraction of Light bT |FJ\aC
3.11 Review and Summary .FyC4"b=c
4. Thin-Lens Theory D[_2:8
4.1 Definition of Thin Lens x4(WvQ %O#
4.2 Properties of a Thin Lens G5Nub9_*X
4.3 Aperture Stop, Entrance and Exit Pupils, and Field Stop Y2fs$emv
4.4 Reference Coordinate System .T2I]d
4.5 Thin-Lens Power p;HZA}p \
4.6 Ray Trace of a Thin Lens (Object at Infinity) K} @ q+
4.7 Ray Trace of a Thin Lens (Finite Object Distance) s5 BV8 M
4.8 Rounding Off CEiG jo^
4.9 Thin-Lens Formulas NUseYU``
4.10 Applications of Thin-Lens Theory lH 8?IkK,g
4.11 Mock-up of the Thin-Lens System 0n%`Xb0q
4.12 Review and Summary ^B 7Aam
5. Optical Design Basics OmW|\d PU
5.1 Introduction Tu"](|I>
5.2 Historical Perspective `O F\f
5.3 OSLO Optical Design Software Package uu:BN 0
5.4 Introduction to Computer Design using OSLO Y\\&~g42R2
5.5 Laser Transmitting System ftbu:RtK^^
5.6 Instrument Design and Analysis & |r)pl 0$
5.7 Magnification Analysis )!Bv8&;e
5.8 Design of a Noncatalog System }j
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5.9 Review and Summary iD9GAe}x
6. Primary Lens Aberrations gw-l] @;1
6.1 Introduction .*+ &>m7
6.2 Spot Diagram, Radial Energy Distribution, and Modulation Transfer Function &F)l vtt|
6.3 Spherical Aberration GauIe 0qV
6.4 Coma 6K6ihR!d
6.5 Field Curvature `%VrT`
6.6 Astigmatism MC3{ LVNK
6.7 Distortion :D EZ$gi
6.8 Axial Color Ec|#i
6.9 Lateral Color L3S,*LnA
6.10 Aberration Curves @YRBZ6FH
6.11 Point-Spread Function Analysis f u/v1~X
6.12 Review and Summary $K hc?v
7. Optical Components 1]"b.[P>
7.1 Introduction QAr1U7{(.
7.2 Lens 6w' ^,V
7.3 Mirror DY%E&Vd :h
7.4 Prisms gC?k6)p$N
7.5 Review and Summary D n^RZLRhy
8. Basic Optical Instruments +'l@t
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8.1 Introduction R lv|DED$
8.2 Magnifier, or Loupe ^ #S hs^#
8.3 Eyepiece e(b*T
8.4 Microscope AO/R 2a(:
8.5 Telescope W,vb7v '
8.6 Binoculars ~<aCn-h0
8.7 Riflescope -Y YQnN
8.8 Surveying and Optical Tooling Instruments u(P
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8.9 Periscope, Borescope, and Endoscope V\A?1
8.10 Review and Summary UGIyNMY
9. Optical Materials and Coatings <0sT
9.1 Introduction Lnk(l2~U
9.2 Optical Glass E!rgR5Bd
9.3 Low-Expansion Materials <<vT"2Q]
9.4 Surface Losses and Antireflection Coatings G _1`NyI
9.5 Materials for Infrared Systems z\g6E/ %%
9.6 Optical Plastics }} s.0Q
9.7 Review and Summary + $Y ld{i
10. Visual Optical System P&kjtl68 Y
10.1 Introduction N0mP
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10.2 Structure of the Eye ca6kqh"
10.3 Resolution of the Eye 4). i4]%LH
10.4 Visual Instrument Design Considerations VC T~"T2R
10.5 Visual Instrument Focus X6Wj,a
10.6 Visual Instrument Detailed Lens Design #)BbW40f6
10.7 Review and Summary ps@;Z ?Q
11. Lens Design and Evaluation %G43g#pD
11.1 Introduction Kf>]M|G c
11.2 Lens Design Process J{w [vcf
11.3 10× Telescope Design @a]O(S>Ub
11.4 Precision Collimator Lens Design oY(q(W0ze
11.5 Precision Imager Lens Design C ]01(UoSZ
11.6 Unusual Lens Design Task &Cykw$s
11.7 Review and Summary =k0qj_
12. Optics in Our World Xg^9k00C
12.1 Introduction #]vs*Sz
12.2 Optical Illusions: Size 5J vrQGvL
12.3 Other Optical Illusions &i{>L i
12.4 Seeing the Third Dimension S9 VD/
12.5 Optics and the Compact Disk "I}]]?y
12.6 Optics and the Projection TV vj#Y /B
12.7 Optics and Photography FG @ ')N!g
12.8 Optics of the Rainbow , z@"pI
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12.9 Review and Summary
