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PDF格式、英文、图片文字资料。13页
4 W) B; M% z |) LDisplay Technologies , `1 A& B. L- f a: Y% r
Inspired by Nature
# C7 ^; W) V$ a& l5 w5 `0 CLessons from mother nature
) Z2 V7 |$ i3 p0 v1 H' T仿生科技
6 u( k) s! J) N. Z% f& ~Background picture: QUALCOMMMEMS tech" O. }$ ^% w3 i& V F8 @) C
Agenda
P! W5 ^2 u) WIntroduction m T, t6 k0 K" I$ Z
Display and components 6 |$ ?2 y9 d( I! g& [# L0 A
inspired from nature
7 y q" Q& L6 b+ Z+ VSummary
6 K! }5 M: ~: A3 ?' W- k- \% ]We all remember these scenes
1 w7 x$ }3 J7 ~- t! uWhy are things colored 5 V3 T3 F& b2 y4 j- r' l" `2 P1 f
Courtesy of Dr. R.O. Prum
; M! T w' i- K$ O% @Kurt Nassua, in his book The Physics and
0 x$ t: A9 `, p7 a- dChemistry of Color, identifies 15
1 m# L, A' j6 ?8 B$ U+ _0 Sdifferent causes of color
0 k( H6 X+ ~% d7 f: C9 ~& n1. Incandescence7 B( D1 Y9 y1 L) `# F/ W
2. Gas Excitations
% W5 I$ U, W: V b! \9 H3. Color from Vibrations and Rotations
7 M7 g# J7 o5 T0 ?4. Transition Metals in a LigandField
* @* V) c0 _- P, l1 [ i! R5. Organic Molecules0 x) X1 d! `# E( `4 h
6. Charge Transfer
& G$ o1 q9 z; R5 K& J7. Metals
) @7 k/ q' g) ]+ g5 ~3 I8. Semiconductors* k1 S! V: W9 x$ ^3 S) i
9. Doped Semi-conductors
0 \# Z' x. p y: C9 v10. Color Centers
8 C/ o) N+ Z6 r$ M. p/ g7 ]* W11. Dispersive Refraction9 \/ A( S1 r# q0 i2 n
12. Polarization
9 \; i/ m7 @. p$ b4 y7 m/ s9 s1 V13. Scattering; m# d$ G, d$ g: E5 n
14. Interference
2 L: w9 q, p/ A: ^$ A+ m, l15. Diffraction |
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