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Formation of conductive structures in insulate layers by selective removal of atoms technique

机译:通过选择性去除原子技术形成绝缘层的导电结构

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The structure and electric properties of initial oxides and metals (Bi, Ag, Cu, Ni, Co, Mo and W) produced by Selective Removal of oxygen Atoms technique (SRA) were studied. It was found a correspondence of electrical conductivity of SRA metals and pure sputtered metals films. At the same time, low resistance of some oxides, for instance CuO, will initiate big leakage currents inside the layer. Among the investigated materials special attention will be paid to SRA Bi, Mo and W because of the high values of contact resistance and puncture potential with initial oxides. It is shown the adaptability of Selective Removal of Atoms technique for formation of conductive insulated structures in layers for new micro and nano-electronic devices.
机译:研究了通过选择性除去氧原子技术(SRA)而产生的初始氧化物和金属(Bi,Ag,Cu,Ni,Co,Mo和W)的结构和电性能。发现SRA金属和纯溅射金属膜的电导率对应关系。同时,一些氧化物的低电阻,例如CuO,将在层内启动大泄漏电流。在调查的材料中,由于具有初始氧化物的接触电阻和穿刺电位的高值,将特别注意SRA BI,MO和W.示出了选择性地去除原子技术,以形成新微型和纳米电子器件层中的导电绝缘结构。

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