(1)首次采用电化学插层方法剥离层状硒化铟晶体, 得到无缺陷的纳米片; (2)纳米片的层数及尺寸大小可以通过插层离子及电压进行控制: (3)硒化铟纳米片具有良好的溶液分散性,可用于制备大面积,高性能的光电器件。
Small:边界同质外延生长硒化铟纳米线及高性能光电探测器
南京大学物理学院缪峰课题组应用边界同质外延法合成出取向性硒化铟纳米线,此方法无需金属催化剂和单晶基底的导向。以所生长硒化铟纳米线为基础,制备出高性能的光电探测器。
站在最前沿与MaterialsViewsChina.com一起关注世界最新的材料科学信息!
检索化学名称、InChl、InChl key、名义质量或者分子式(Hill次序).
Writing Scientific Research Articles: Strategy and Steps —《科研论文写作:策略与步骤》由澳大利亚阿德莱德大学(The University of Adelaide)的兼职高级讲师 Margaret Cargill和客座研究员 Patrick O’Connor 博士联合撰写,由Wiley进行出版,点击以下此处免费下载该书精简版。
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