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    • 1. 发明授权
    • Transversely excited gas laser
    • 横向激发气体激光
    • US4613971A
    • 1986-09-23
    • US599179
    • 1984-04-11
    • Gerhard BrummeLudger GrageHinrich HeynischErwin Hubner
    • Gerhard BrummeLudger GrageHinrich HeynischErwin Hubner
    • H01S3/038H01S3/097H01S3/0971
    • H01S3/0385H01S3/09716H01S3/0384
    • A transversely excited gas laser, includes: an elongated gas-filled discharge chamber having an optical axis; a main cathode electrode and a main anode electrode extended along the optical axis in the discharge chamber defining a main discharge space between the main cathode and the main anode electrodes through which the optical axis extends, the main electrodes bordering two sides of the main discharge space leaving two other sides open; two pairs of auxiliary electrodes each being extended parallel to the optical axis in vicinity of a respective one of the open sides of the main discharge space and mutually spaced apart by a given distance, each of the auxiliary electrodes including a conductor and a dielectric shell surrounding the conductor, each of the auxiliary electrodes being spaced from all of the other electrodes by a set breakdown distance; and a driving unit connected to the electrodes, the driving unit supplying different potentials to the main cathode and main anode electrodes producing a main electric discharge therebetween during operation of the gas laser, and the driving unit supplying different potentials to the pairs of auxiliary electrodes causing a corona discharge preionizing the gas in the main discharge space to take place therebetween across the given distance during operation of the gas laser.
    • 横向激发的气体激光器包括:具有光轴的细长气体填充的放电室; 主阴极电极和主阳极电极沿着放电室中的光轴延伸,限定主阴极和主阳极延伸的主阳极之间的主放电空间,主电极与主放电空间的两侧相邻 让另外两边打开; 两对辅助电极各自在主放电空间的相应一个开口侧附近平行于光轴延伸并相互间隔一定距离,每个辅助电极包括导体和介电壳体 导体,每个辅助电极与所有其他电极间隔一定的击穿距离; 以及连接到所述电极的驱动单元,所述驱动单元在气体激光器的操作期间向主阴极和主阳极提供不同的电位,从而在其间产生主放电,并且所述驱动单元向所述辅助电极对提供不同的电位,从而 在气体激光器的操作期间,在主放电空间中的气体预先离子化电晕放电以在给定距离之间进行。
    • 3. 发明授权
    • Gas laser tube and method for manufacturing the same
    • 气体激光管及其制造方法
    • US4653060A
    • 1987-03-24
    • US750682
    • 1985-06-28
    • Heinz BarthErwin HubnerHinrich HeynischAdolf Schneider
    • Heinz BarthErwin HubnerHinrich HeynischAdolf Schneider
    • G02B7/18H01S3/034H01S3/08H01S3/03
    • H01S3/034
    • A gas laser tube assembly includes:a gas laser tube having two ends; andtwo optical elements each vacuum-tightly closing off a respective one of the ends of the gas laser tube, at least one of the optical elements at one end of the gas laser tube including a flange and a terminating body formed of a given material;the flange:being rigid, being formed of a metal thermally matched to the given material of the terminating body, being inserted into and connected to the gas laser tube, having the shape of a washer with two sides and a central beam passage opening formed therein, and having a meandering profile with a plurality of right angle turns immediately following each other and pointing alternatingly toward one of the sides of the flange; andthe terminating body:being formed of a material transparent to laser radiation, having the shape of a plate, being inserted into the beam passage opening, being connected to the flange by glass solder, and being extended beyond the tangential plane of both of the sides of the flange in a direction normal to the plate and a method for manufacturing the same.
    • 气体激光管组件包括:具有两端的气体激光管; 以及两个光学元件,每个真空密封地封闭气体激光管的相应一个端部,气体激光管的一端处的至少一个光学元件包括由给定材料形成的凸缘和端接体; 法兰:刚性的,由与端接体的给定材料热匹配的金属形成,插入并连接到气体激光管,其具有形成有两侧的垫圈和形成在其中的中心梁通道开口 具有多个直角的蜿蜒曲线,其紧挨着彼此并且朝着凸缘的一侧交替地指向; 并且端接体由对激光辐射透明的材料形成,具有插入到光束通道开口中的板的形状,通过玻璃焊料连接到凸缘,并延伸超过两者的切向平面 法兰侧面与法向盘的方向及其制造方法。