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PDF格式、英文、图片文字资料。13页4 ~; T, E* A) Q8 m/ t1 v9 i5 _
Display Technologies
7 x, J2 R9 I* _$ h& U) jInspired by Nature0 H0 N4 J2 |( T
Lessons from mother nature9 r' ?3 V# l, r+ Q
仿生科技/ [! G* P4 ]( p. ~
Background picture: QUALCOMMMEMS tech
7 y `0 v/ l( O* @Agenda. C, E. a# T' N/ _- M$ D1 A/ R" M+ k
Introduction2 k2 L- l8 o& E1 Q
Display and components 7 h: J- p+ l8 ]3 m- d5 K( ^$ I% r
inspired from nature" c4 d- q" K6 A, u
Summary
4 p: f0 E, `: i7 M5 |We all remember these scenes" t! z+ [+ M. l' k2 I2 d6 I
Why are things colored
' `7 z; L, X$ P+ K. G0 k2 @" ZCourtesy of Dr. R.O. Prum
7 b5 P. @" v% z& MKurt Nassua, in his book The Physics and 2 `! B) H- n; B4 D
Chemistry of Color, identifies 15
' p! m5 r( B% \7 k1 p) s: cdifferent causes of color
( g- r" r% B7 M' A. e. b6 I1. Incandescence. Y1 H; E' h, R2 Q' D5 F7 d. _1 u* R
2. Gas Excitations
8 h s( [5 h9 g% K9 i& z! D3. Color from Vibrations and Rotations
4 G$ C0 D$ R! w5 ^! i; o4 D& K4. Transition Metals in a LigandField
, m2 ^: D4 j# \7 Q+ Q5. Organic Molecules
. D- E; R) }- b, Y8 L: b6. Charge Transfer
$ ^5 [) ]5 ~. i6 r2 s+ [7. Metals" R' T* l( i4 Q$ r) r
8. Semiconductors1 L/ u1 }$ `# o! n& {, s. ^5 W
9. Doped Semi-conductors
( [ M2 `' H \4 j2 i10. Color Centers
$ t, a* Y! N0 _; u( V8 Y11. Dispersive Refraction
2 y( l7 y0 i- L8 m! `12. Polarization
s$ e) G y8 P" z9 x9 R8 t6 [1 N3 m13. Scattering
% G6 d* g0 E, b: v* w4 \3 a14. Interference& M5 y8 x9 L3 x0 k! z
15. Diffraction |
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发表于 2007-12-14 11:53:54
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