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$ {: S5 H0 C9 x4 o- H& [Display Technologies 9 v( [/ y. o7 L8 R& i: h
Inspired by Nature; s8 P! |+ a# K9 @# i
Lessons from mother nature# R% S. M# i$ t8 F0 Z. }! N1 r7 n
仿生科技
1 p' j& o7 ?; m4 k( \9 p) y yBackground picture: QUALCOMMMEMS tech
+ j. c" h: _0 d) i- O* I5 \4 b' JAgenda" E) r" ^3 }! ^! ~6 F& a
Introduction* u7 E" k: H1 B7 @( F$ K
Display and components " ^: I$ G7 t% f6 u
inspired from nature% U+ x4 I5 x9 l6 d
Summary
/ E( {' d; I! j: zWe all remember these scenes
7 [" k, D) R; K' ]" s' \) nWhy are things colored + {: e5 T- A$ W( r! z( a
Courtesy of Dr. R.O. Prum+ M: k! g2 K r
Kurt Nassua, in his book The Physics and
: G/ g# q$ E' Z0 o2 {+ F, I" t: UChemistry of Color, identifies 15
& V: f( ?7 o' X% {8 b0 ?different causes of color
. i% K1 b% o5 v& Y# Z3 n1 Q# x" i1. Incandescence
4 Y1 ^# F. b' P' [' }% p2. Gas Excitations
6 G( H2 H, p. M0 \8 h' e) y0 |3. Color from Vibrations and Rotations
j$ @7 V. Y; h4. Transition Metals in a LigandField- n- N9 a7 s5 @3 Q
5. Organic Molecules
' B% B1 [/ |' U0 ?6. Charge Transfer% z6 f, E/ E- U
7. Metals
$ t A; p' W2 h, _) Z8. Semiconductors: [% O/ g3 K2 h( v- m
9. Doped Semi-conductors2 N1 V8 w% E' I) ?' A- {" r
10. Color Centers0 r& Q4 m/ p5 v' h8 [
11. Dispersive Refraction( T9 w. M2 r# B- H/ u. |
12. Polarization
( p; X8 x7 d2 k. V13. Scattering' H& B# _& j7 ?' D# r: N9 t
14. Interference9 F8 K. k) |" I% B8 L
15. Diffraction |
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