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PDF格式、英文、图片文字资料。13页, p& s1 e- q$ J7 t
Display Technologies
; n' P- D* n1 h: PInspired by Nature
: x- n* f+ a& ~5 w' o4 I) ]Lessons from mother nature
' R2 A" V. L W6 o1 e仿生科技4 t% W+ z% g. R. j# N! t
Background picture: QUALCOMMMEMS tech
* L; n5 W ^4 T$ ?" hAgenda8 H) T4 }2 x1 ^5 ^
Introduction
. T2 C- ]8 c$ L* y$ I' vDisplay and components
1 O, {% @4 O8 \ D* ~! Linspired from nature8 z( d. A4 h7 a C
Summary% W$ ^9 B: E2 r
We all remember these scenes
8 h+ f. V) ~8 HWhy are things colored ' o/ \/ l8 V/ x, a$ e$ ^
Courtesy of Dr. R.O. Prum
; {* y" @, X" L+ V1 ]2 fKurt Nassua, in his book The Physics and ; B: ^( T0 @3 U9 h
Chemistry of Color, identifies 15
$ A3 O1 ]$ ^6 h( ]7 t* E# O$ U8 Ldifferent causes of color
7 ]) z L' S6 X8 }1. Incandescence# {6 F0 H% M+ L4 `: h
2. Gas Excitations- O7 q" i$ c' `4 [ @
3. Color from Vibrations and Rotations
* F. i9 m) Q, r6 M( G, s9 |4. Transition Metals in a LigandField7 z h7 n9 T" Y g' E& m
5. Organic Molecules
& K: }- Y6 N" ^# N6. Charge Transfer( H% `! n, B8 P2 e; a6 `& i
7. Metals
3 Z# `$ g: c+ ?8. Semiconductors
1 ^% [* Z G: p% n4 `9. Doped Semi-conductors. o! u/ W$ u' U2 [9 R) T1 @! T) B
10. Color Centers/ \/ Y; {0 H O6 ^
11. Dispersive Refraction3 B8 J" A" m7 q$ F3 \+ @4 `1 H8 M
12. Polarization
: c+ B7 q6 u; l! j" M13. Scattering
2 H% K3 [7 B3 }( M8 x$ G. P14. Interference
9 ]4 x- y; z+ f6 @6 g( k15. Diffraction |
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