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PDF格式、英文、图片文字资料。13页
`* \2 h# J" S. {Display Technologies
8 y. W( \0 V0 k4 XInspired by Nature" m3 ~7 M& Q& S/ U6 |- [ |! T/ {
Lessons from mother nature% E7 A- m8 U% h: a4 m r+ u
仿生科技6 Q/ f- j' @; m9 b) s
Background picture: QUALCOMMMEMS tech
5 ~# r+ E( _$ V# l; {) \1 P! `0 OAgenda
6 b* o1 T) V& v- |( sIntroduction
+ O' `4 K$ @1 w5 T5 I! QDisplay and components 7 F4 c. e' V* v' T* \; E
inspired from nature G5 I; B0 Y2 g0 d, t: x
Summary6 [9 @) m3 S! t4 ^0 L* p' _, C
We all remember these scenes/ l2 n( N$ M8 R; v
Why are things colored + F+ E1 [! a- X8 B( B& j3 l6 q% i3 V
Courtesy of Dr. R.O. Prum- R7 T4 P z: j
Kurt Nassua, in his book The Physics and
1 m% x$ D9 |* e" x1 M( x' KChemistry of Color, identifies 15 & a# p& _' ?, i' K! R
different causes of color
/ ?' @, S! c! B2 Q5 }1. Incandescence2 R! d) X6 V% @7 H7 a# r
2. Gas Excitations" C5 e( H2 D$ q9 l! R: R! S: S
3. Color from Vibrations and Rotations1 ^7 l5 @7 C' ^9 n; q6 p
4. Transition Metals in a LigandField( {5 w8 Z- a T3 A' |4 j `2 o
5. Organic Molecules
' P' A' a3 c0 ?$ c3 d: w- P! S7 ?6. Charge Transfer
$ W3 c5 b6 L+ D. W- g3 z7. Metals
) t# U" n* v6 f- O, k8. Semiconductors
8 U/ q4 c6 V+ o' K. h d! @9. Doped Semi-conductors
3 g2 N/ J6 j; c: ^( S5 N10. Color Centers
) s7 q5 ~% g0 j2 Z11. Dispersive Refraction* y3 ?1 q1 A. }
12. Polarization
4 ` O( v5 s9 U( o `2 F13. Scattering
) L! h% {. [" Y: ?% C$ o |$ ] q14. Interference; s, f S) X: ?4 e/ O' y# ]0 r
15. Diffraction |
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发表于 2007-12-14 11:53:54
楼主