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PDF格式、英文、图片文字资料。13页
' P0 |% y6 O5 s1 d8 TDisplay Technologies 0 ~8 r; j! n' A: L$ M( J
Inspired by Nature
* z, r8 S6 {* g! R- X9 F1 kLessons from mother nature
% R( h0 j: X' p" _仿生科技
# H& D4 Z& a) T- JBackground picture: QUALCOMMMEMS tech0 {" k: a" r. ]9 S& ~) a7 r
Agenda0 J0 f7 x# F5 y+ z; l1 x0 Z
Introduction
6 u+ N X8 [$ `Display and components + B0 u# R' K8 T1 g* o7 C
inspired from nature
+ R* W V7 I% n6 OSummary& g6 c5 w/ @ e# z( M: D$ t6 {, ^
We all remember these scenes
* u+ a' i7 K- z# C2 I" Z5 JWhy are things colored 4 C) n* w2 w. s8 X
Courtesy of Dr. R.O. Prum
, F& o5 J# S% l6 j2 N n' h' gKurt Nassua, in his book The Physics and * I( W3 O, h Y) m8 \
Chemistry of Color, identifies 15
& m5 h) {+ p0 G9 Fdifferent causes of color
$ G) x `! c. Y$ i1. Incandescence3 ]) r( M6 h8 ?# P4 T, e$ T' b
2. Gas Excitations4 Y+ x8 g% |: R
3. Color from Vibrations and Rotations
& t% {9 x4 |5 H4. Transition Metals in a LigandField
! {' l7 S( h; G( c0 d c! s% ~5. Organic Molecules
- ~9 R- v4 f7 ]6. Charge Transfer
, R l9 ^; ^4 P5 e: [" h2 X* w7. Metals
4 s) u/ J( s0 k( B. h: `8. Semiconductors9 X) v! M) d" @: f f
9. Doped Semi-conductors
8 d2 F% T' x* f+ s10. Color Centers+ y; Q. |2 t5 |* H
11. Dispersive Refraction B2 L' F( Z' c, u
12. Polarization0 Q, @* d1 G! a- I
13. Scattering4 }, f m3 e: ~, ]! @
14. Interference
" P& T1 y; l, o+ g* g. y4 d D3 \4 n15. Diffraction |
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