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    • 1. 发明授权
    • X-ray irradiation apparatus and x-ray exposure apparatus
    • X射线照射装置和X射线曝光装置
    • US06324255B1
    • 2001-11-27
    • US09372596
    • 1999-08-12
    • Hiroyuki KondoNoriaki Kandaka
    • Hiroyuki KondoNoriaki Kandaka
    • H05G200
    • H05G2/003B82Y10/00G03F7/70033G03F7/7085H05G2/008
    • An x-ray irradiation apparatus and x-ray exposure apparatus provide improved x-ray generation. The x-ray irradiation apparatus includes a target material feed-out device to provide a target material in a feed-out direction to a specified target position and a laser to provide laser light to the specified target position to cause the target material to emit x-rays. In some configurations, an x-ray generation position control device may be used to determine and control a position of x-ray generation, a rotary mechanism may be operatively connected to the target material feed-out device to axially rotate the target material feed-out device about the feed-out direction, and/or a target feed-out control device may be used to detect and control the position of the target material feed-out device.
    • X射线照射装置和X射线曝光装置提供改善的x射线产生。 X射线照射装置包括:目标材料送出装置,用于在指定目标位置的送出方向上提供目标材料;以及激光器,用于向指定的目标位置提供激光以使靶材料发射x 数字 在一些配置中,可以使用x射线产生位置控制装置来确定和控制X射线产生的位置,旋转机构可以可操作地连接到目标材料送出装置以轴向旋转靶材料馈送装置, 可以使用关于送出方向的出料装置和/或目标送出控制装置来检测和控制目标材料送出装置的位置。
    • 3. 发明授权
    • Laser plasma light source and method of generating radiation using the same
    • 激光等离子体光源和使用其产生辐射的方法
    • US06275565B1
    • 2001-08-14
    • US09700720
    • 2000-11-28
    • Toshihisa Tomie
    • Toshihisa Tomie
    • H05G200
    • H05G2/001
    • A solid target (11) is formed with a cavity (12). The inner wall of the solid target at the cavity is ablated by ablation pulsed laser beams (13). The solid target is left standing until a highly densified portion (15) of a vaporized substance (14) is formed in the space within the cavity (14), and the highly densified portion (15) is then irradiated with heating pulsed laser beams (17), thereby forming high-temperature plasma (18) for generating radiation rays (19). As a result, good-quality radiation rays accompanied by a minimal amount of debris can be generated.
    • 固体靶(11)形成有空腔(12)。 通过消融脉冲激光束(13)消除腔体处的固体靶的内壁。 将固体靶留置直到在空腔(14)内的空间中形成蒸发物质(14)的高度致密部分(15),然后用加热的脉冲激光束(15)照射高致密部分(15) 17),从而形成用于产生辐射线(19)的高温等离子体(18)。 因此,可以产生伴随有最少量碎片的优质辐射线。