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    • 1. 发明授权
    • Enhancement of soft X-ray lasing action with thin blade radiators
    • 用薄叶片散热器增强软X射线激光作用
    • US4771430A
    • 1988-09-13
    • US758469
    • 1985-07-24
    • Szymon SuckewerCharles H. SkinnerDavid R. Voorhees
    • Szymon SuckewerCharles H. SkinnerDavid R. Voorhees
    • H01S3/032H01S4/00H01S3/30
    • H01S3/032H01S4/00
    • An enhancement of approximately 100 of stimulated emission over spontaneous emission of the CVI 182 Angstrom line was obtained in a recombining magnetically confined plasma column. The plasma was formed by focusing a CO.sub.2 laser beam on a carbon disc. A magnetic solenoid produced a strong magnetic field which confined the plasma to the shape of a column. A single thin carbon blade extended parallel to the plasma column and served to make the column axially more uniform and also acted as a heat sink. Axial and transverse measurements of the soft X-ray lasing action were made from locations off-set from the central axis of the plasma column. Multiple carbon blades located at equal intervals around the plasma column were also found to produce acceptable results. According to another embodiment 10 a thin coating of aluminum or magnesium was placed on the carbon disc and blade. The Z of the coating should preferably be at least 5 greater than the Z of the target. Measurements of the soft X-rays generated at 182 Angstroms showed a significant increase in intensity enhancement.
    • 在复合磁限制等离子体柱中获得了大约100次受激发射超过自发发射的CVI 182线。 通过将CO 2激光束聚焦在碳盘上形成等离子体。 磁性螺线管产生强磁场,将等离子体限制在柱状。 单个薄碳刀片平行于等离子体柱延伸并用于使柱轴向更均匀并且还用作散热器。 软X射线激光作用的轴向和横向测量是从偏离等离子体柱的中心轴的位置进行的。 也发现位于等离子体柱周围等间隔的多个碳刀片产生可接受的结果。 根据另一个实施例10,铝或镁的薄涂层被放置在碳盘和刀片上。 涂层的Z优选应比目标的Z大至少5。 在182A处产生的软X射线的测量显示出强度增强的显着增加。