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radio frequency ion source (Radio Frequency lon source)

机译:射频离子源(射频离子源)

摘要

the air in the atmospheric pressure from the power supply to the scope of the rf ionization source, and one or more cathode (1) and the anode have discharge electrode etc.. each cathode (1) is associated with the coupling means (4). rf signal light supply device (8), with the combination of the cathode (2) of the plasma discharge of the discharge can happen. this can happen, the whole area of the cathode. the large surface area is provided. in order to properly. in the method, the cathode (2) of the plasma discharge is the best area to accept, but also more than a metaphor for great area, not in the plasma. the work is the loss of the stability of the discharge ion source of the improvement..the discharge is up to the anode and cathode of each region (in) 5mm above do not fall down, but also can form the electrode with high surface formed so that, when the source is in the gap between the electrode of the distorted electric field is high, has been created by even in a very low air pressure input to the effective discharge of the power supply may be given.
机译:从电源到射频电离源范围的大气中的空气,一个或多个阴极(1)和阳极具有放电电极等。每个阴极(1)与耦合装置(4)相连。射频信号光供给装置(8),与阴极(2)结合,可发生等离子放电的放电。这可能发生在阴极的整个区域。提供了大的表面积。为了适当。在该方法中,等离子放电的阴极(2)是接受的最佳区域,但对于大面积(而不是等离子)来说,它也比隐喻大。工作是对放电离子源稳定性的损失的改善。放电到阳极和阴极的每个区域(在5mm以上)都不会掉落,还可以形成具有高表面形成的电极因此,当源在失真电场的电极之间的间隙较高时,即使在非常低的气压下也可以产生输入,以有效地进行电源放电。

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