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PDF格式、英文、图片文字资料。13页
+ B2 l9 _" v1 h; r8 HDisplay Technologies ' |. Q0 b2 w c0 p/ y3 X5 h
Inspired by Nature
; C w6 X* [; t& H1 F iLessons from mother nature! g/ w( D) a1 n2 V+ W
仿生科技
2 b2 x9 v/ v% v, f+ K% TBackground picture: QUALCOMMMEMS tech. l8 C* @( I8 \
Agenda
/ m. G* C, d9 p% T! v; mIntroduction1 k( \, v8 H' A4 _
Display and components 1 [8 S8 h& A" A! M( B7 i: D
inspired from nature! R! G# ?6 @# y& R: V; R3 P8 [) L
Summary# H3 m/ i- W( S% ]4 r: p8 e. |
We all remember these scenes
5 G1 J, c: j( iWhy are things colored & y2 u+ k) _! n6 x
Courtesy of Dr. R.O. Prum
9 J6 s5 @: ~3 C! wKurt Nassua, in his book The Physics and
# q6 A; U/ d9 t7 i VChemistry of Color, identifies 15
- V$ t( u8 C5 R6 y* ?different causes of color
+ N6 j5 K* \/ t2 b6 O1. Incandescence% p' z9 p C) q N ? \
2. Gas Excitations
+ v& d% d( O8 Y I: c3. Color from Vibrations and Rotations$ B8 f& E6 W [8 ?1 H+ ?+ W
4. Transition Metals in a LigandField
( h7 P, B- {, q: j, M5. Organic Molecules% W# S; s& T, K, d0 P. n# a
6. Charge Transfer5 U: r* y O' Y0 l" k% }/ {
7. Metals
0 ]7 j5 `+ ^ H! ^& V1 {* Y6 i5 r8. Semiconductors, g6 T% r( [' p1 t5 H. B' c) g
9. Doped Semi-conductors
/ D; u4 K, D) Q( n. W10. Color Centers5 @, N! w! ^8 r _, @ i# w+ _
11. Dispersive Refraction; C6 c/ J Y. n% |0 c3 o
12. Polarization
( d8 q4 d v4 J2 v! p* d: Z4 C13. Scattering9 o+ O* s9 Y6 Q
14. Interference
2 U! J, p- r1 f* ~7 m( N+ T2 Q- w15. Diffraction |
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