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Ion-beam source with channeling sputterable targets and a method for channeled sputtering

机译:具有沟道可溅射靶的离子束源和沟道溅射的方法

摘要

The invention provides a sputtering system which consists of an ion beam and a target of a sputterable material. A distinguishing feature of the system of the invention is that the sputtering target forms a guide channel for an ion beam and sputtered particles, so that a portion of the ions collides with the walls of the target inside a closed volume of the target and forms neutral sputterable particles impinging the object. The other part of the ions goes directly to the object and participates in an ion-assisted overcoating. Thus, the special form of the target improves efficiency of sputtering, prevents scattering and the loss of the sputterable material. The system can be realized in various embodiments. One of the embodiments provides a multiple-cell system in which each cell has an individual ion-emitting slit formed by the end of a cathode rod of one cathode plate and the opening in the second cathode plate. Tubular or plate-like channeling targets are connected to the ion slits without any gaps in the form of a geometrical extensions of the individual ion-emitting slits. Another embodiment allows adjustment in the position of the rods with respect to the targets.
机译:本发明提供了一种溅射系统,其由离子束和可溅射材料的靶组成。本发明系统的显着特征是溅射靶形成离子束和溅射粒子的引导通道,使得一部分离子在靶的封闭空间内与靶壁碰撞并形成中性。飞溅的粒子撞击物体。离子的另一部分直接到达物体并参与离子辅助的外涂层。因此,靶材的特殊形式提高了溅射效率,防止了散射和可溅射材料的损失。该系统可以在各种实施例中实现。实施例之一提供了一种多电池系统,其中每个电池具有由一个阴极板的阴极棒的端部和第二阴极板中的开口形成的单独的离子发射狭缝。管状或板状通道靶与离子狭缝连接,而各个离子发射狭缝的几何延伸形式没有任何间隙。另一个实施例允许调节杆相对于目标的位置。

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