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机译:石墨烯作为理想的缓冲层,用于高质量超薄CR2O3层上Ni(111)
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
Politecn Milan Dept Phys I-20133 Milan Italy;
scanning tunneling microscopy; graphene; ultrathin oxide; X-ray photoemission; buffer layer; chromium oxide;
机译:石墨烯作为理想的缓冲层,用于高质量超薄CR2O3层上Ni(111)
机译:具有Ag缓冲层的Pt(111)上Ni超薄膜的合金形成
机译:具有Co缓冲层的Pt(111)上超薄Ni膜的结构和磁性
机译:精确111 B GaAs衬底上单晶MnAs / AlAs / MnAs磁性隧道结的外延生长和磁性能:超薄GaAs缓冲层的作用
机译:使用各种缓冲层在硅(111)晶圆上生长和表征氮化铝镓/氮化镓异质结构。
机译:非晶态C / Ni多层膜对Ni诱导的影响绝缘子上多层石墨烯的层交换
机译:缓冲层对Ni薄膜结构和CVD法石墨烯生长的影响