中国材料进展
中國材料進展
중국재료진전
MATERIALS CHINA
2013年
12期
716-727
,共12页
聚焦离子束%气体注入系统%微纳图形加工%三维表征
聚焦離子束%氣體註入繫統%微納圖形加工%三維錶徵
취초리자속%기체주입계통%미납도형가공%삼유표정
focused ion beam%gas injection system%nanoprototyping%3d characterization
简单介绍了聚焦离子束( FIB)的历史和工作原理,以及将离子束和电子束合为一体的双束系统。具体讨论了双束系统上的主要功能,如离子束镜筒、气体注入系统( GIS)、超高分辨率的扫描电镜镜筒及将离子束和电子束合为一体的独特优势。例举了双束系统的一系列应用,如制作纳米图形用的多种加工方法,气体注入系统在制作纳米图形中的应用,透射电镜及原子探针的样品制备,三维形貌表征,三维能谱成分表征,三维 EBSD 晶体位相表征和电路修补。详细介绍了这些相关应用的发展现状及特点,比较了各种应用的优缺点。文章还介绍了在中国科研领域双束系统的应用状况及中国科研工作者利用双束系统获得的重要成果。
簡單介紹瞭聚焦離子束( FIB)的歷史和工作原理,以及將離子束和電子束閤為一體的雙束繫統。具體討論瞭雙束繫統上的主要功能,如離子束鏡筒、氣體註入繫統( GIS)、超高分辨率的掃描電鏡鏡筒及將離子束和電子束閤為一體的獨特優勢。例舉瞭雙束繫統的一繫列應用,如製作納米圖形用的多種加工方法,氣體註入繫統在製作納米圖形中的應用,透射電鏡及原子探針的樣品製備,三維形貌錶徵,三維能譜成分錶徵,三維 EBSD 晶體位相錶徵和電路脩補。詳細介紹瞭這些相關應用的髮展現狀及特點,比較瞭各種應用的優缺點。文章還介紹瞭在中國科研領域雙束繫統的應用狀況及中國科研工作者利用雙束繫統穫得的重要成果。
간단개소료취초리자속( FIB)적역사화공작원리,이급장리자속화전자속합위일체적쌍속계통。구체토론료쌍속계통상적주요공능,여리자속경통、기체주입계통( GIS)、초고분변솔적소묘전경경통급장리자속화전자속합위일체적독특우세。례거료쌍속계통적일계렬응용,여제작납미도형용적다충가공방법,기체주입계통재제작납미도형중적응용,투사전경급원자탐침적양품제비,삼유형모표정,삼유능보성분표정,삼유 EBSD 정체위상표정화전로수보。상세개소료저사상관응용적발전현상급특점,비교료각충응용적우결점。문장환개소료재중국과연영역쌍속계통적응용상황급중국과연공작자이용쌍속계통획득적중요성과。
The history of Focused Ion Beam ( FIB) and its working principle are briefly reviewed .DualBeam System, namely combined FIB and SEM into one system , is introduced.Main features on such DualBeamsystem and the trend of its development are discussed in more details, including FIB column, gas injection system (GIS), ultra-high resolution SEM column and the advantages of combining FIB column with SEM column into one system .Main applications of such a DualBeam systemare discussed by examples , such as the various pattern generation techniques used in nano-prototyping, the use of GIS in nano-prototyping, sample preparation for transmission electron microscope as well as for atom probe , 3 dimensional (3D) characterization for morphology, 3D chemistry by EDS and 3D crystallography by EBSD, and circuit editing.The related application status and progress are introduced in details .The application status of Dualbeam in Chi-nese scientific research and the important progress by Chinese researchersare discussed briefly .