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PDF格式、英文、图片文字资料。13页
+ g- ?% o! Q- f d1 q! `" Y" VDisplay Technologies
5 c( u: C& ?. h) u, m' J+ DInspired by Nature
9 w# p( T* U, K3 \1 ?6 dLessons from mother nature
# ^9 o; s0 u7 V# w. G仿生科技
( T$ S) P1 J# G% |Background picture: QUALCOMMMEMS tech
3 X$ _2 o( J/ ]6 j% c* @' D4 u, }Agenda# {( M9 s7 G, G. l$ S# m
Introduction
) ?; z0 m! j9 B0 u4 G; QDisplay and components + Q3 G7 d7 x" @- l" X4 x1 P
inspired from nature
& x" G3 N& v% O7 Y$ `5 I0 hSummary
2 O" s+ O! u; |" h' }6 N0 NWe all remember these scenes
$ v5 t( |$ F4 ^+ _, T8 vWhy are things colored " x- R9 ]1 B% p9 I; c
Courtesy of Dr. R.O. Prum
+ f3 |( [/ b, hKurt Nassua, in his book The Physics and
7 m4 q* c% b: m4 qChemistry of Color, identifies 15
( I6 B5 L/ z2 W; M$ L$ l8 H7 ~* Ydifferent causes of color
* _3 P# A J3 X7 E6 q0 R' D+ c H1. Incandescence
6 m# C5 {% X" ?- J- w2. Gas Excitations
9 u R" b6 I: S2 O) C* W, K$ v3. Color from Vibrations and Rotations. k! q6 t" |5 q6 A# M$ M' B' W
4. Transition Metals in a LigandField0 c) Q: R& A* S- l" {+ h
5. Organic Molecules
0 N" e @7 h/ \* E" g0 ~6. Charge Transfer8 Z' T* b; d1 f) W
7. Metals
/ C8 u6 Y7 Y) m0 C" E- I! ~8. Semiconductors
i/ V5 K/ a; d$ r, S9. Doped Semi-conductors
8 B! P& `8 C+ M- a0 Y7 u$ y |. g. S10. Color Centers
# l8 N A" a1 `6 f11. Dispersive Refraction
2 I: y! ~4 {- L0 D1 Z$ o12. Polarization
4 s% A& \7 k$ S) |8 S( o13. Scattering6 x& W8 y' E3 L p0 I. G
14. Interference5 B& x% E4 J9 w
15. Diffraction |
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发表于 2007-12-14 11:53:54
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