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With method and the equipment, and the lithography device or the measurement equipment which generate the radiation of the wave length range of approximately 30nm from approximately 1nm use

机译:和从约1nm起使用产生约30nm的波长范围的放射线的方法以及设备以及光刻设备或者测量设备一起使用

摘要

It is used for the lithography device or the measurement equipment by the discharge which was operated electrically, the wave length range the radiation of approximately 30nm (12) offers method and the equipment which it occurs from approximately 1nm. At least, one 1st electrode (14) and one which by the distance which is from the said 1st electrode is 2nd electrode (16) is used at least, the aforementioned electrode (14 and 16) one working medium (22) is offered between, at least. The working medium (22) among them the plasma occurs, occurrence radiation of the said plasma (12), because of further use, 1st opening (30) passing, advances, one aforementioned electrode (14 and 16) one territory (26) with, the fragment particle (28) occurs at least at least. In order the fragment particle (28) to keep, with particular method, at least the aforementioned territory (26), in order stretching to do outside the territory where fixed form it is done the aforementioned fragment particle (28) portable route (32) most, the aforementioned 1st opening (30) with at least, it is arranged the aforementioned 1st opening (30) vis-a-vis.
机译:它是通过电操作的放电用于光刻设备或测量设备的,波长范围大约为30nm的辐射(12)提供了从大约1nm处发生的辐射的方法和设备。至少使用一个第一电极(14)和至少一个距所述第一电极的距离为第二电极(16)的电极,在上述电极(14和16)之间提供一种工作介质(22)。 , 至少。其中的工作介质(22)发生等离子体,所述等离子体(12)的发生放射,由于进一步使用,第一开口(30)经过,前进,一个上述电极(14和16)一个区域(26)具有,碎片颗粒(28)至少出现。为了使碎片颗粒(28)以特定的方法至少保持上述区域(26),以便在固定形式的区域外拉伸以进行上述碎片颗粒(28)的便携式路径(32)。第一开口(30)至少与第一开口(30)相对地配置。

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