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PDF格式、英文、图片文字资料。13页! E S$ e" p( S1 |
Display Technologies $ J5 P5 C& o2 e
Inspired by Nature' S/ O9 P2 M& D% o! w0 Z
Lessons from mother nature
; B9 B- @6 a( q仿生科技
) C7 i- z$ A9 b* RBackground picture: QUALCOMMMEMS tech8 @1 q3 {. ? Z2 _; x! L
Agenda4 E( U" [5 J9 h5 }
Introduction0 b2 o" t7 y( H; v3 H) n
Display and components 7 [/ I. z& D, [; z
inspired from nature" {! h' P9 c5 Q8 y! h
Summary- m! N4 ^) G+ B) n0 q8 Z
We all remember these scenes
+ y% `, D- Z4 \/ `) ]* jWhy are things colored
3 M r" N5 h1 A# @0 vCourtesy of Dr. R.O. Prum
- f6 x+ S& |) L) v5 s: {0 O# }Kurt Nassua, in his book The Physics and
3 J2 k! F& m8 a) I" N2 W2 XChemistry of Color, identifies 15 / ^# h% M V6 a
different causes of color
' p- B9 O* n7 c8 v0 R1. Incandescence
+ U& X2 F1 k: ]. R6 d; {0 T2. Gas Excitations
4 z* F8 A* b& t% d# d8 @) b& }3. Color from Vibrations and Rotations
- Q/ S$ p- i* m4. Transition Metals in a LigandField
- _- t, K% E2 P0 O2 i5. Organic Molecules
; W% ]3 @, L( B, y7 c e6. Charge Transfer
/ ^8 Y( Z/ S8 [1 H3 h: ~; Q& u, I1 S7. Metals' `7 g* C' z' ^4 t
8. Semiconductors
5 {) E9 i" `9 ?8 y u2 S* ?" ?4 L8 ]9. Doped Semi-conductors5 L, v) A( _, u; Y/ |
10. Color Centers$ i) ^6 _6 |0 z
11. Dispersive Refraction
- D3 q4 g6 y0 |7 u- a12. Polarization
$ y& n7 A; i3 W" u8 T1 M1 z13. Scattering
1 q( Q. u) a4 S3 N$ W8 [$ s14. Interference2 _5 [, j/ P& W+ Q R2 }: t) v
15. Diffraction |
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