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Method and apparatus for increasing local plasma density in magnetically confined plasma

机译:在磁约束等离子体中增加局部等离子体密度的方法和装置

摘要

Local plasma density, e.g., the plasma density in the vicinity of the substrate, is increased by providing an ion extractor configured to transfer ions and electrons from a first region of magnetically confined plasma (typically a region of higher density plasma) to a second region of plasma (typically a region of lower density plasma). The second region of plasma is preferably also magnetically shaped or confined and resides between the first region of plasma and the substrate. A positively biased conductive member positioned proximate the second region of plasma serves as an ion extractor. A positive bias of about 50-300 V is applied to the ion extractor causing electrons and subsequently ions to be transferred from the first region of plasma to the vicinity of the substrate, thereby forming higher density plasma. Provided methods and apparatus are used for deposition and resputtering.
机译:通过提供配置成将离子和电子从磁约束等离子体的第一区域(通常是较高密度等离子体的区域)传输到第二区域的离子提取器,可以提高局部等离子体密度(例如,基板附近的等离子体密度)血浆(通常是较低密度血浆的区域)。等离子体的第二区域优选地也被磁性成形或限制并且位于等离子体的第一区域和衬底之间。位于等离子体的第二区域附近的正偏压导电构件用作离子提取器。向离子提取器施加约50-300 V的正偏压,从而使电子和随后的离子从等离子体的第一区域转移到基板附近,从而形成更高密度的等离子体。提供的方法和设备用于沉积和再溅射。

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