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PLASMA PROCESSING SYSTEM, PLASMA PROCESSING METHOD, PLASMA FILM DEPOSITION SYSTEM, AND PLASMA FILM DEPOSITION METHOD

机译:等离子处理系统,等离子处理方法,等离子膜沉积系统和等离子膜沉积方法

摘要

Antenna (11a) and the second antenna (11b) are arranged to position on the outside of the top face of the surrounding, the current flowing in a direction opposite to the direction of current supplied to the antenna (11a) by the power supply means to the second antenna (11b) supply, and the second antenna (11b) parts, discloses a magnetic line of force (F2) plasma film deposition apparatus (plasma processing apparatus) for generating a line of magnetic force heading in a direction opposite to the direction for (F1), that appears in the antenna (11a) region. Therefore, even as to generate a uniform plasma over a wide range within the tubular container (2) to reduce the magnetic flux density in the direction of the wall surface. ; Plasma processing device
机译:天线(11a)和第二天线(11b)被布置为位于周围的顶表面的外侧,电流沿与由电源装置提供给天线(11a)的电流方向相反的方向流动。到第二天线(11b)电源以及第二天线(11b)部分,公开了一种磁力线(F2),等离子体膜沉积设备(等离子体处理设备),用于产生与磁力线相反的方向的磁力线(F1)的方向,该方向出现在天线(11a)区域中。因此,即使在管状容器(2)内的宽范围内产生均匀的等离子体,也可以减小沿壁面方向的磁通密度。 ;等离子处理装置

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