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Materials for Tomorrow --Theory, Experiments and Modelling7 S& [) z {" T4 Z$ \9 C
With 92 Figures, 7 in Colour$ j N6 i9 R6 X2 s5 h% X" W
" ~3 A+ M' q% B5 |+ S" J" |( i0 e" g6 \ j o+ H
207页6 F2 a$ G; \0 {+ ], w' M
9 J9 T+ x0 k2 V' ~Preface" E. e! {4 n" x: U& F, B% A7 v0 @
Materials science has assumed a key position for new technological developments,
2 j8 g B; W7 [and is therefore strongly supported by industry and governments.
5 f; k8 T7 d" p8 M7 B8 UNowadays it occupies a bridging position between physics, chemistry and engineering+ Q2 i$ W( L0 u( W
and extends from basic science in physics and chemistry on the7 }6 z% ^8 b. b- X
atomic scale to large-scale applications in industry. The increasing number. p) a6 Z* O$ o& u }* x
of materials science study courses at universities underlines the present and
, M2 Y: d0 m6 ]4 Tfuture importance of understanding and developing materials for the future.
2 F0 p3 c. M0 U4 hThe contributions to this book evolved from the lectures of such a course,
4 {/ O3 j1 G9 D ^7 w; j* U- nnamely the Heraeus summer school on “New Materials for Today, Tomorrow
6 E- W' S7 w6 ?7 K* _* aand Beyond”, held at Chemnitz University of Technology in October 2004.; q6 N" k- v7 t7 ?
.。。。。。。- s. T( l! r8 q. D3 x/ p
Z& S# ]: e+ j% C[ 本帖最后由 mwmwmw 于 2008-6-23 10:24 编辑 ] |
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发表于 2008-6-23 09:08:19
