材料导报
材料導報
재료도보
MATERIALS REVIEW
2009年
z1期
61-62,70
,共3页
晶体缺陷%离子注入%位错%透射电子显微镜
晶體缺陷%離子註入%位錯%透射電子顯微鏡
정체결함%리자주입%위착%투사전자현미경
crystalline defects%ion implantation%dislocation%transmission electron microscope
在利用氧离子注入工艺制备SOI材料的过程中,发现了一种"纳米网状"的结构缺陷.利用透射电镜、选区电子衍射和能谱分析对该缺陷进行了研究.结果表明,该缺陷呈网状,化学成分为硅和氧.初步研究认为,氧离子注入硅中所产生的穿通位错是形成该类缺陷的主要原因.
在利用氧離子註入工藝製備SOI材料的過程中,髮現瞭一種"納米網狀"的結構缺陷.利用透射電鏡、選區電子衍射和能譜分析對該缺陷進行瞭研究.結果錶明,該缺陷呈網狀,化學成分為硅和氧.初步研究認為,氧離子註入硅中所產生的穿通位錯是形成該類缺陷的主要原因.
재이용양리자주입공예제비SOI재료적과정중,발현료일충"납미망상"적결구결함.이용투사전경、선구전자연사화능보분석대해결함진행료연구.결과표명,해결함정망상,화학성분위규화양.초보연구인위,양리자주입규중소산생적천통위착시형성해류결함적주요원인.
A new "nano-netted microstructure" defect is detected in separation by implanting oxygen(SIMOX)process.The defect is studied by using transmission electron microscope(TEM),selected area electron diffraction(SAD) and energy dispersive X-ray(EDX).The results show that the defect has many net cells,mainly comprised of silicon and oxygen.It is thought that the formation of this type of defect is related to the line dislocation in oxygen ion implantation preliminarily.