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PDF格式、英文、图片文字资料。13页6 t8 ^) p: @ t8 Y4 V
Display Technologies 8 K" A u. ]- B, ^
Inspired by Nature
- z5 t9 w3 t; f1 V( V: pLessons from mother nature
C' D5 z) x6 ^; p, \* \( a6 O仿生科技
8 ~3 r: x X& Q) _' B4 |Background picture: QUALCOMMMEMS tech$ y J) F6 J( k5 C3 B
Agenda. \2 P+ n9 S1 A
Introduction! I h" I7 W0 u4 V
Display and components ! q% C) L& p# w& ]5 v5 w3 B8 ]
inspired from nature
2 N" [) X; e: b' j, F- i. R6 G( DSummary- |/ y l) y* ]8 Y" r! M8 ?( C
We all remember these scenes
5 c+ h- v2 d+ `, G) PWhy are things colored
x6 t7 |/ Q5 m3 fCourtesy of Dr. R.O. Prum o! t, O7 l- G
Kurt Nassua, in his book The Physics and & @# _1 c2 v5 x! A' E9 P8 U6 g
Chemistry of Color, identifies 15 0 S+ c% @. U# W* V2 b, Q
different causes of color
& \8 K, L, A( X* G$ }1. Incandescence
U$ C+ S" @1 F2. Gas Excitations
/ Z0 U5 `/ [4 D& B3. Color from Vibrations and Rotations7 E, t# B7 m- g6 D
4. Transition Metals in a LigandField" i2 k5 ^' F/ \0 ]( z; g
5. Organic Molecules
( M2 A; w' \) n6. Charge Transfer
, e7 w$ k% y/ C" m) Q$ m( j7. Metals
8 C! p' M( ?. H5 o8. Semiconductors
7 ^6 c2 n+ s! a& K9. Doped Semi-conductors
2 C$ i8 A$ G) R6 ]0 G# K" C$ }10. Color Centers/ B+ ]4 p0 Z( \- f1 E' @2 E8 d% u
11. Dispersive Refraction& w) J" X% S/ Z. Z
12. Polarization
+ f4 p# Q- {. m( J! ^- `" u' T13. Scattering
! C! Q) Z2 n& ~. ]# e2 |0 @14. Interference
, q, C1 {/ y/ J i' F15. Diffraction |
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