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PDF格式、英文、图片文字资料。13页
4 V1 R+ D) c* g, i: B9 aDisplay Technologies
% |* N! o, Z( u* \5 nInspired by Nature
1 b3 U7 ?, M8 W" Y b# \; GLessons from mother nature
! V/ f$ C. `) {1 L' O' p仿生科技6 n3 @- B% ?' l
Background picture: QUALCOMMMEMS tech, Q7 |5 u/ J. A0 R/ p" Q+ q
Agenda* A$ a0 A/ c: K0 ?& J. e( L+ w
Introduction
+ W' i2 Z* ?* a( v4 A$ L* H- lDisplay and components
b. u' u8 H' Binspired from nature
. Y& y- y4 y( b9 H" B5 A1 X/ P2 m. xSummary1 E9 H1 _4 U9 _' H
We all remember these scenes
* ?! s: H) X2 g% \8 E: ~ H( c3 sWhy are things colored
/ [8 N7 f" P5 bCourtesy of Dr. R.O. Prum7 B+ }! t6 J6 v1 E$ B) J! P
Kurt Nassua, in his book The Physics and % U4 b/ o# e& e6 l# l) i
Chemistry of Color, identifies 15 ; M$ s p$ j, O
different causes of color' N5 ]. P& F; u5 Y9 |& U0 w
1. Incandescence
5 h* ^ b# y, {+ M# [2. Gas Excitations6 [8 w( U P* J$ o
3. Color from Vibrations and Rotations
8 ~ [5 |& n( R+ m1 b" ~; U, J4. Transition Metals in a LigandField8 ] G& A O! p+ S; G \+ E
5. Organic Molecules# I) C! e% |$ \( d
6. Charge Transfer
7 v- r8 L- } @5 u4 O6 N" Z7. Metals
0 z0 B4 H6 X5 }8. Semiconductors
- ^; G$ n D* C1 t {9. Doped Semi-conductors; {1 ~2 E& ?" k0 A7 T/ [4 u
10. Color Centers6 x/ X9 [/ K6 h2 ?" ^
11. Dispersive Refraction
9 p5 K! p3 P! m8 D! U% ?12. Polarization4 e* d5 d- x# Q; C1 Z) P& {2 w: A
13. Scattering" C+ |4 d/ E4 m. ]/ i6 x$ U' f: h: V
14. Interference
: ?: f, j& Y: y2 p15. Diffraction |
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