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PDF格式、英文、图片文字资料。13页
# d: L7 W% s! p# `Display Technologies
4 n9 P8 J# P' D' W7 o+ OInspired by Nature2 S( k% ]2 b7 i8 d9 m! g ]
Lessons from mother nature, |3 ?* C: X0 X* d; B( _7 G9 o
仿生科技% A8 t( P. b R- u$ x
Background picture: QUALCOMMMEMS tech
' ]2 v5 m/ @6 x7 U/ o$ b! vAgenda. b' p$ [8 {' B6 e, N$ r* Y
Introduction
; N0 T) F( X8 ~: f1 g# g! _Display and components 8 J- \6 U) T1 k$ a
inspired from nature: l2 I* S0 Z" S# Y) [& I6 B; e3 E6 o
Summary
* l0 @% I' g2 j$ _We all remember these scenes
3 z5 t3 Y1 D9 ]5 RWhy are things colored . L/ K' g& W, ^) t, ^; s; c5 |
Courtesy of Dr. R.O. Prum
3 v* m. a5 |5 v {8 TKurt Nassua, in his book The Physics and 5 W9 e$ G0 c; s0 x8 }5 C
Chemistry of Color, identifies 15
3 i% V b3 V8 D- r% Q' ]/ J# Fdifferent causes of color
5 q; |! D4 F. ?7 ~3 @- t1 `1. Incandescence7 y. b' n$ s8 w. Q
2. Gas Excitations- x8 [5 E* R% A2 x
3. Color from Vibrations and Rotations
* S& S7 {, |! @) g' R* U4. Transition Metals in a LigandField" ` z5 r2 V% o) l
5. Organic Molecules3 `& K, d6 s- s
6. Charge Transfer7 d$ p& Z$ {- B, p/ \* { o% P
7. Metals
5 s- G8 `* c9 L/ n0 A; v4 ?! D8. Semiconductors
# m1 a7 @: w. G% _& e9. Doped Semi-conductors
# X* f( j* [# u10. Color Centers
1 L* o. ^! j6 y2 y4 |- Y11. Dispersive Refraction& c" c3 v1 l ]( j+ y
12. Polarization8 _, U6 J8 h1 u0 o
13. Scattering
1 A3 M: P3 e" Y! E, \5 m14. Interference, j" [+ O; O7 y1 u
15. Diffraction |
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发表于 2007-12-14 11:53:54
楼主