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PDF格式、英文、图片文字资料。13页
3 x( W5 a% S. O: h# D" P1 ^3 CDisplay Technologies
3 F2 q: `( d, Z9 ^' bInspired by Nature
* a) _! B x5 U# YLessons from mother nature6 t) q" p% L" A+ t+ Z6 u, i" A
仿生科技3 ~; L" O, V1 W- n
Background picture: QUALCOMMMEMS tech
# A4 f2 c+ ^0 ~4 j5 @; M: h; ^/ XAgenda# W+ e2 ?3 C, `& }; g3 Y4 Y9 m% b
Introduction
/ w! k6 E2 ~0 ~: F/ L- HDisplay and components : ]$ ]$ z! ~- M) b7 x; H
inspired from nature
7 p; y1 @0 C6 n& L2 a9 j" cSummary
" E1 m! ~' d! h0 N0 P! I, |' fWe all remember these scenes
! c8 [3 J4 {$ sWhy are things colored
5 `1 z! Y) z. F' v$ HCourtesy of Dr. R.O. Prum# {7 l8 Q3 U1 I! E- b1 z
Kurt Nassua, in his book The Physics and
# B& O" E3 u9 A( x- \0 LChemistry of Color, identifies 15 3 ]) j+ @2 {$ ~7 X
different causes of color' Z7 B# D: Z, c, ?/ T/ \0 M9 B1 Z
1. Incandescence& r. i, ]; O z7 o3 N
2. Gas Excitations
* l" O/ Y q1 i9 W: @" a) H4 d3. Color from Vibrations and Rotations! _1 T+ U; F$ }% M& M4 U( ~
4. Transition Metals in a LigandField
2 h2 V" S! j3 }7 w5. Organic Molecules
" G. ]4 z2 ~+ q' K9 v6. Charge Transfer8 ]4 s% t. s/ F% V9 u
7. Metals
9 n& v( y# J# J3 O8. Semiconductors
) T: h8 X) h T8 h% ]1 t9. Doped Semi-conductors7 f) p4 e4 r! `- N2 @, }4 \
10. Color Centers
( j& R/ d$ ~* ?2 X& v. J4 j11. Dispersive Refraction
0 y9 y1 x5 O: z3 v) B$ N) a12. Polarization7 D0 A6 w. Z/ m: A6 m
13. Scattering
7 h3 s j0 N& f14. Interference/ @$ I9 x: G! u2 ?) z: B: U
15. Diffraction |
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发表于 2007-12-14 11:53:54
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