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    • 41. 发明申请
    • PULSED GAS LASER DEVICE
    • 脉冲气体激光器件
    • WO99060676A1
    • 1999-11-25
    • PCT/JP1999/002584
    • 1999-05-18
    • H01S3/03H01S3/038H01S3/097
    • H01S3/09705H01S3/03H01S3/038
    • A pulsed gas laser device comprises a first main electrode (24), a cylindrical electrical discharge tube (21) of insulator to form a main electrical discharge path, and a second main electrode (25), which are arranged in line in this order, and medium gas is enclosed inside. A pair of mirrors (22) and (23) is arranged outside the first and second main electrodes to form an optical resonator, and a power supply (27) is provided for applying main discharge voltage between the first and second main electrodes. A cylindrical dielectric member (40) and an adjacent supplementary electrode (41) are provided near either or both of the first and second main electrodes. Means (28) for applying voltage to the supplementary electrode is provided so that plasma electrode (25a) may form inside the cylindrical dielectric member during operating.
    • 脉冲气体激光装置包括第一主电极(24),形成主放电路径的绝缘体的圆柱形放电管(21)和依次排成一行的第二主电极(25) 中间气体封闭在里面。 一对反射镜(22)和(23)布置在第一和第二主电极外部以形成光谐振器,并且提供电源(27)用于在第一和第二主电极之间施加主放电电压。 在第一主电极和第二主电极之一或两者附近提供圆柱形电介质构件(40)和相邻辅助电极(41)。 提供用于向辅助电极施加电压的装置(28),使得等离子体电极(25a)可以在操作期间在圆柱形电介质构件内形成。
    • 46. 发明申请
    • MIXED GAS ION LASER
    • 混合气体激光
    • WO1992002977A1
    • 1992-02-20
    • PCT/US1991005313
    • 1991-07-26
    • ION LASER TECHNOLOGY
    • ION LASER TECHNOLOGYOSTLER, Kevin
    • H01S03/10
    • H01S3/0323H01S3/02H01S3/03H01S3/08059H01S3/104
    • A laser (10) that is capable of producing light from a chosen group of frequencies not available using a single gas laser is provided. The laser (10) is capable of producing selected and well defined light wavelengths. The laser (10) is also capable of eliminating unwanted frequencies in order to prevent such frequencies from robbing power from the desired wavelengths. The laser (10) constitutes a multiple gas laser. A combination of argon and krypton is used. Argon is known to produce a good blue laser beam in the area of 488 nm. Mixed with the argon is krypton. Krypton also produces a blue output at 482 nm and 476 nm. In addition, krypton produces strong outputs in red, yellow and green wavelengths (647 nm, 568 nm, and 529 nm respectively). Accordingly, access to each of these colors is provided by the argon-krypton in the mixture. Certain light frequencies are unnecessary and undesirable. Elimination of undesirable wavelengths is accomplished primarily through the optics used. Optics (18, 20) are chosen which transmit unwanted wavelengths. As a result no lasing action takes place at the unwanted wavelengths.
    • 提供了能够从使用单个气体激光器不可用的所选择的频率组产生光的激光器(10)。 激光器(10)能够产生选定且明确定义的光波长。 激光器(10)也能够消除不需要的频率,以防止这种频率从期望的波长中抢夺功率。 激光器(10)构成多气体激光器。 使用氩和氪的组合。 已知氩在488nm的区域产生良好的蓝色激光束。 与氩气混合是氪气。 氪也产生了482 nm和476 nm的蓝色输出。 此外,氪在红色,黄色和绿色波长(分别为647nm,568nm和529nm)产生强输出。 因此,通过混合物中的氩氪提供对这些颜色中的每一种的访问。 某些光频是不必要的和不合需要的。 消除不需要的波长主要通过所使用的光学器件实现。 选择发射不需要的波长的光学(18,20)。 因此,在不需要的波长下不发生激光作用。