這是好書一本… 9sCk\`n
程度中等 %7evPiNB
雖然用oslo為例，但是並不會影響閱讀 ^ !<7#kX
值得下載…雖然是scan版的 T"H )g
I PVzV\o
1. Introduction 8T)zB6ng
2. Historical Review bQy%$7UmX,
2.1 Definition of Optical Engineering J=X%
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2.2 Ancient History --twkD
2.3 Medieval Optics bX H^ Bm
2.4 From 1600 to the 1900s o1WidJ"
2.5 Speed of Light y<1$^Y1/)
2.6 Modern Optical Engineering i+[ 3o@
2.7 Case History: Optics in the United States iHn!KV
2.8 Recent Incident: the Hubble Telescope Jo3(bl %u
2.9 Review and Summary V0Z7o\-J
3. Basic Concepts of Light @6co\.bv
3.1 Light: an Elusive Topic F!&pENQ
3.2 Understanding Light , imvA5
3.3 Velocity, Wavelength, and Frequency L{LU@.;1
3.4 Wavefronts and Light Rays ~J-|,ZMd
3.5 Light Sources /HuYduGdP
3.6 Behavior of Light Rays }#G"!/ZA0:
3.7 Refraction &U~r}=
3.8 Refraction by a Lens uT} TSwgp
3.9 Dispersion and Color T#n1@FgC
3.10 Diffraction of Light vif8 {S
3.11 Review and Summary kr(<Y|
4. Thin-Lens Theory OJsd[l3xR
4.1 Definition of Thin Lens PGPbpl&\t
4.2 Properties of a Thin Lens `f+8WPJPZ
4.3 Aperture Stop, Entrance and Exit Pupils, and Field Stop n <:d%&^n
4.4 Reference Coordinate System = /g $bZ
4.5 Thin-Lens Power e$EF% cKH
4.6 Ray Trace of a Thin Lens (Object at Infinity) WjrMd #^
4.7 Ray Trace of a Thin Lens (Finite Object Distance) T]6 c9_
4.8 Rounding Off l-S'ATZ0p
4.9 Thin-Lens Formulas nh eU~jb
4.10 Applications of Thin-Lens Theory , =Nw(G I
4.11 Mock-up of the Thin-Lens System ],F}}pv
4.12 Review and Summary -#wVtXaSc
5. Optical Design Basics Yxd{&47
5.1 Introduction H_ ?B{We
5.2 Historical Perspective @mx$sNDkL
5.3 OSLO Optical Design Software Package D*cyFAF
5.4 Introduction to Computer Design using OSLO XalJo@%-
5.5 Laser Transmitting System 4`6c28K0?
5.6 Instrument Design and Analysis QM Z Ut
5.7 Magnification Analysis ;}W tJ&y=M
5.8 Design of a Noncatalog System IE)"rTI)b
5.9 Review and Summary $%
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6. Primary Lens Aberrations X&(ERY,h
6.1 Introduction z]c,} Q
6.2 Spot Diagram, Radial Energy Distribution, and Modulation Transfer Function a_{io`h3&
6.3 Spherical Aberration V5O=i MP
6.4 Coma nU&NopD+*G
6.5 Field Curvature 5e)6ua ,
6.6 Astigmatism ~`2&'8
6.7 Distortion #*$_S@
6.8 Axial Color y~ _za(k
6.9 Lateral Color %i$M/C" (
6.10 Aberration Curves TF=k(@9J?
6.11 Point-Spread Function Analysis #P u @Wx
6.12 Review and Summary ])V2}g H
7. Optical Components l
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7.1 Introduction \\S/ NA
7.2 Lens tL~,ZCQz
7.3 Mirror ACigeK^C}E
7.4 Prisms ZU|6jI}
7.5 Review and Summary I7dm \|#
8. Basic Optical Instruments dG\U)WA(p
8.1 Introduction +Y>"/i.
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8.2 Magnifier, or Loupe h
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8.3 Eyepiece id;#{O $
8.4 Microscope ~h)@e\Kc
8.5 Telescope [ WV@ w
8.6 Binoculars 7R9nMGJ@
8.7 Riflescope k0|`y U
8.8 Surveying and Optical Tooling Instruments 7fju
8.9 Periscope, Borescope, and Endoscope Zc'|!pT _
8.10 Review and Summary VG_uxKY
9. Optical Materials and Coatings -)1-~7
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9.1 Introduction gA~20LSt
9.2 Optical Glass wM b)6YZs
9.3 Low-Expansion Materials ,VNi_.W0
9.4 Surface Losses and Antireflection Coatings ~+O `9 &
9.5 Materials for Infrared Systems jR{-
9.6 Optical Plastics D|@bGN
9.7 Review and Summary $#% U\mI z
10. Visual Optical System FXP6z HsV
10.1 Introduction 48 W.qzC
10.2 Structure of the Eye gi6g"~%@q1
10.3 Resolution of the Eye 8Y2 xW`
10.4 Visual Instrument Design Considerations q$r&4s)To
10.5 Visual Instrument Focus GE1i+.+-.
10.6 Visual Instrument Detailed Lens Design XE_ir
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10.7 Review and Summary 'yp >L|
11. Lens Design and Evaluation #`W=m N(+k
11.1 Introduction 4k8*E5cx
11.2 Lens Design Process q7X}MAW
11.3 10× Telescope Design G'
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11.4 Precision Collimator Lens Design I2f?xJ2/Z
11.5 Precision Imager Lens Design lVPOYl%
11.6 Unusual Lens Design Task *~ p (GC
11.7 Review and Summary &V'519vmoZ
12. Optics in Our World d1v<DU>M
12.1 Introduction <W>++< -
12.2 Optical Illusions: Size )4l>XlQ&
12.3 Other Optical Illusions 4/S =5r}
12.4 Seeing the Third Dimension Sw~(uH_l
12.5 Optics and the Compact Disk j'K38@M:MN
12.6 Optics and the Projection TV M) &Io6>
12.7 Optics and Photography J/2j;,8D
12.8 Optics of the Rainbow U@G"`RYl
12.9 Review and Summary
