全部 标题 作者
关键词 摘要

OALib Journal期刊
ISSN: 2333-9721
费用:99美元

查看量下载量

相关文章

更多...
物理  2015 

原位透射电子显微学进展及应用

, PP. 96-105

Keywords: 透射电子显微学,原位,原子尺度,结构演化

Full-Text   Cite this paper   Add to My Lib

Abstract:

?文章简要介绍了近年来原位透射电子显微学的进展,并指出,原位透射电子显微技术的发展使得在纳米、原子层次观察样品在力、热、电、磁作用下以及化学反应过程中的微结构演化成为可能。通过研究物质在外界环境作用下的微结构演化规律,揭示其原子结构与物理化学性质的相关性,指导其设计合成和微结构调控,促进新物质的探索和深层次物质结构研究,为解决凝聚态物理学中的具体问题提供了直接、准确和详细的方法。

References

[1]  hsiunglm,schwartzaj,niehtg.scriptamater.,1997,36:1017
[2]  yuq,shanzw,lijetal.nature,2010,463:335
[3]  shanzw,adessog,cabotaetal.nat.mater.,2008,7:947
[4]  caoa,veserg.nat.mater.,2010,9:75
[5]  lun,wangj,xiesetal.chem.comm.,2014,49:11806
[6]  dais,zhaoj,xieletal.nanolett.,2012,12:2379
[7]  ohnishih,kondoy,takayanagik.nature,1998,395:780
[8]  poncharalp,wangzl,ugartedetal.science,1999,283:1513
[9]  reganbc,alonis,ritchieroetal.nature,2004,428:924
[10]  zhaoj,huangjq,weifetal.nanolett,2010,10:4309
[11]  cumingsj,zettla,mccartneymr.etal.phys.rev.lett.,2002,88:056804.
[12]  xuz,baixd,wangegetal.j.phys-condens.mat.,2005,17:l507
[13]  gaop,wangzz,fuwy.micron,2010,41:301
[14]  zhangy,yanghx,macetal.phys.rev.lett.,2007,98:247602
[15]  zenglj,yanghx,zhangyetal.epl-europhys.lett.,2008,84:57011
[16]  schofieldma,beleggiam,laujwetal.jeolnews,2007,42:1
[17]  chapmanjn.j.phys.d:appl.phys.,1984,17:623
[18]  wangsg,kohna,wangcetal.j.phys.d:appl.phys.,2009,42:225001
[19]  boyesed,gaipl.ultramicroscopy,1997,67:219
[20]  http://www.fei.com/products/tem/titan-etem/
[21]  yoshidah,kuwauchiy,jinschekjretal.science,2012,335:317
[22]  taof,dags,wanglwetal.science,2010,327:850
[23]  liujl,liuw,sunqetal.chem.comm.,2014,50:1804
[24]  helvegs,lopez-cartesc,sehestedjetal.nature,2004,427:426
[25]  hofmanns,sharmar,ducaticetal.nanolett,2007,7,602-608.
[26]  lip,liujy,nagnetal.j.phys.chem.b,2005,109:13883
[27]  zhuy,espinosahd.p.natl.acad.sci.usa,2005,102:14503
[28]  golbergd,costapmfj,lourieoetal.nanolett.,2007,7:2146
[29]  guoh,chenk,ohyetal.nanolett.,2011,11:3207
[30]  greeral,mae.mrsbull.,2007,32:611
[31]  tianl,chengyq,shanzwetal.nat.commun,2012,3,609
[32]  kaminot,sakah.microsc.microanal.microstruct.,1993,4:127
[33]  liuw,sunk,wangrm.nanoscale,2013,5:5067
[34]  zuojm,vartanyantsi,gaometal.science,2003,300:1419
[35]  krasheninnikovav,nordlundk.j.appl.phys.,2010,107:071301
[36]  wangrm,zhanghz,farlemetal.nanoscale,2009,1:276
[37]  wangrm,dmitrievao,farlemetal.phys.rev.lett.,2008,100:017205
[38]  hanxd,zhengk,zhangyfetal.adv.mater.,2007,19:2112
[39]  hanxd,zhangyf,zhengketal.nanolett.,2007,7:452
[40]  wanglh,zhengk,zhangzetal.nanolett.,2011,11:2382
[41]  wangzl,gaorp,deheerwaetal.appl.phys.lett.,2002,80:856
[42]  gaop,kangzc,fuwyetal.j.am.chem.soc.,2010,132:4197
[43]  zhangy,yanghx,guoyqetal.phys.rev.b,2007,76:184105
[44]  jinschekjr.chem.comm.,2014,50:2696
[45]  kodambakas,tersoffj,reutermcetal.phys.rev.lett.,2006,96:096105
[46]  kodambakas,tersoffj,reuterm.cetal.science,2007,316:729
[47]  radisica,vereeckenpm,hannonjbetal.nanolett.,2006,6:238

Full-Text

Contact Us

[email protected]

QQ:3279437679

WhatsApp +8615387084133