| scorebean |
2010-02-07 16:52 |
這是好書一本… v I]|
W 程度中等 {t[j>_MYw 雖然用oslo為例,但是並不會影響閱讀 Wn24eld"x 值得下載…雖然是scan版的 q+t*3;X. /Z>#lMg\. 1. Introduction T"t3e=xA 2. Historical Review Qg?^%O' 2.1 Definition of Optical Engineering lMp)T** 2.2 Ancient History [Y*p
I&f 2.3 Medieval Optics anA>' 63 2.4 From 1600 to the 1900s Og%qv
Bj 6 2.5 Speed of Light Y{@ez
2.6 Modern Optical Engineering Cdiu*#f 2.7 Case History: Optics in the United States 0<Px2/ 2.8 Recent Incident: the Hubble Telescope Rs8`M8(4% 2.9 Review and Summary }MrRsvN 3. Basic Concepts of Light Hbx=vLQ6 3.1 Light: an Elusive Topic W*-+j*e|_P 3.2 Understanding Light @y9_\mX!s 3.3 Velocity, Wavelength, and Frequency 1I KDp]SN 3.4 Wavefronts and Light Rays $t-HJ<! 3.5 Light Sources bWwc2##7jo 3.6 Behavior of Light Rays c^UG}:Y 3.7 Refraction hp,bfcM 3.8 Refraction by a Lens Az6f I*yP 3.9 Dispersion and Color ,;H)CUe1" 3.10 Diffraction of Light w^NE`4 - 3.11 Review and Summary sBq @W4 4. Thin-Lens Theory $PstThM 4.1 Definition of Thin Lens W:b8m Xx 4.2 Properties of a Thin Lens ,S:LhgSP 4.3 Aperture Stop, Entrance and Exit Pupils, and Field Stop #=5/D@ 4.4 Reference Coordinate System >I8R[@ 4.5 Thin-Lens Power `*8p T 4.6 Ray Trace of a Thin Lens (Object at Infinity) zhKb|SV 4.7 Ray Trace of a Thin Lens (Finite Object Distance) a~7`;Ar 4.8 Rounding Off LnxJFc:1K 4.9 Thin-Lens Formulas EG59L~nM 4.10 Applications of Thin-Lens Theory nod?v2% 4.11 Mock-up of the Thin-Lens System E*.D_F 4.12 Review and Summary F%lP<4Vx 5. Optical Design Basics `K~300-hOb 5.1 Introduction 1N1MD@C?P 5.2 Historical Perspective ,F.\ z^\{ 5.3 OSLO Optical Design Software Package zm9>"(H 5.4 Introduction to Computer Design using OSLO U=QV^I Qm 5.5 Laser Transmitting System 4rc4}Yu,JI 5.6 Instrument Design and Analysis
b(I-0< 5.7 Magnification Analysis i(2s"Uww, 5.8 Design of a Noncatalog System @.a[2,o_ 5.9 Review and Summary O]~ cv^ 6. Primary Lens Aberrations g,7`emOX 6.1 Introduction ~0!s5 6.2 Spot Diagram, Radial Energy Distribution, and Modulation Transfer Function :7<spd(%" 6.3 Spherical Aberration &o=
#P2Qd 6.4 Coma F# y5T3(P 6.5 Field Curvature V?t^ J7{' 6.6 Astigmatism ),mKEpf 6.7 Distortion S
j)&! 6.8 Axial Color fl!8 \4 6.9 Lateral Color \&`S~c V9 6.10 Aberration Curves x/#*M 6.11 Point-Spread Function Analysis u=5&e)v3 6.12 Review and Summary "b8<C>wY 7. Optical Components OySIp[{tJ 7.1 Introduction {PnvQ?|Z 7.2 Lens vXAO#'4tm% 7.3 Mirror H? Z5ex 7.4 Prisms Nj5Mc>_ 7.5 Review and Summary E;*#fD~@ 8. Basic Optical Instruments `6)GjZh^ 8.1 Introduction 5(^&0c>P 8.2 Magnifier, or Loupe UIi;&[ 8.3 Eyepiece <3m_}
=\ 8.4 Microscope )/1AF^ E 8.5 Telescope oa? bOm 8.6 Binoculars Fc M 8.7 Riflescope [ma'11?G 8.8 Surveying and Optical Tooling Instruments [
p$f)' 8.9 Periscope, Borescope, and Endoscope NGOc:>}k> 8.10 Review and Summary d`5xd@p 9. Optical Materials and Coatings )gYsg 9.1 Introduction g'ha7~w(p 9.2 Optical Glass 3s<~}&" 9.3 Low-Expansion Materials 7#SXqyP[ 9.4 Surface Losses and Antireflection Coatings 1N{}G$'Go 9.5 Materials for Infrared Systems 6oMU) DIa 9.6 Optical Plastics eRKuy l 9.7 Review and Summary zRd^Uks 10. Visual Optical System \1cay#X 10.1 Introduction SU~t7Ta!G 10.2 Structure of the Eye jNhiY 10.3 Resolution of the Eye % 4|* 10.4 Visual Instrument Design Considerations
$A]2Iw!& 10.5 Visual Instrument Focus HT0VdvLw 10.6 Visual Instrument Detailed Lens Design
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s4 10.7 Review and Summary ?{[ISk) 11. Lens Design and Evaluation {VtmQU?cJ 11.1 Introduction kU{+@MA; 11.2 Lens Design Process Mrysy)x 11.3 10× Telescope Design F6 ?4&h?n 11.4 Precision Collimator Lens Design D[32t0 11.5 Precision Imager Lens Design HX%lL}E 11.6 Unusual Lens Design Task 4r&D | |