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    • 114. 发明授权
    • RF shielded, series inductor, high RF power impedance matching interconnector for CO2 slab laser
    • RF屏蔽,串联电感,CO2射频功率阻抗匹配互连器,用于CO2平板激光器
    • US07540779B2
    • 2009-06-02
    • US12051232
    • 2008-03-19
    • Adrian PapanideFrederick W. HauerLeon A. NewmanThomas V. Hennessey, Jr.Christian J. ShackletonJoel FontanellaGongxue Hua
    • Adrian PapanideFrederick W. HauerLeon A. NewmanThomas V. Hennessey, Jr.Christian J. ShackletonJoel FontanellaGongxue Hua
    • H01R13/66
    • H01S3/041H01R24/44H01R2103/00H01S3/02H01S3/032H01S3/038H01S3/04H01S3/0407H01S3/09702H01S3/09705H01S3/0971H01S3/2232H03H7/38
    • A RF shielded, series inductor, high power impedance matching network interconnector is provided for connecting an RF power supply to electrodes contained in the shielded, hermetically sealed laser tube housing of a slab laser system. The impedance matching interconnector comprises a short length of co-axial conductor and an impedance matching network that includes two L shaped networks. The inner conductor of the co-axial conductor is connected between the power supply output and the impedance matching network. The outer conductor of the co-axial conductor is grounded. The co-axial conductor has an impedance characteristic to match the power supply output impedance. The first L-shaped network includes a first inductor having a first end connected to the inner conductor of the co-axial conductor and a first capacitor connected to the second end of the first inductor and a second plate connected to ground. The second L shaped network includes a second inductor having a first end connected to the common connection between the second end of the first inductor and the first plate of the first capacitor and a second capacitor having a first plate connected to the second end of the second inductor and a second plate connected to ground. The common connection between the second end of the second inductor and the first plate of the second capacitor is connected through the shielded, hermetically sealed laser tube housing to the electrodes of the slab laser system. The two L-shaped networks may be implemented in a “single capacitor” configuration for lower power applications or in a “multi-capacitor” configuration for higher power applications.
    • 提供RF屏蔽串联电感器,高功率阻抗匹配网络互连器,用于将RF电源连接到平板激光系统的屏蔽密封激光管外壳中包含的电极。 阻抗匹配互连器包括短长度的同轴导体和包括两个L形网络的阻抗匹配网络。 同轴导体的内导体连接在电源输出和阻抗匹配网络之间。 同轴导体的外导体接地。 同轴导体具有匹配电源输出阻抗的阻抗特性。 第一L形网络包括第一电感器,其具有连接到同轴导体的内导体的第一端和连接到第一电感器的第二端的第一电容器和连接到地的第二板。 第二L形网络包括第二电感器,第二电感器具有连接到第一电感器的第二端和第一电容器的第一板之间的公共连接的第一端和第二电容器,第二电容器具有连接到第二电感器的第二端的第一板 电感器和连接到地的第二板。 第二电感器的第二端和第二电容器的第一板之间的公共连接通过屏蔽密封的激光管外壳连接到板式激光系统的电极。 两个L形网络可以用于较低功率应用的“单电容器”配置或用于较高功率应用的“多电容器”配置中。
    • 115. 发明授权
    • Cylindrical straight slab type gas laser
    • 圆柱直板式气体激光器
    • US06891873B2
    • 2005-05-10
    • US09854421
    • 2001-05-11
    • Tomoo FujiokaShigeru Yamaguchi
    • Tomoo FujiokaShigeru Yamaguchi
    • H01S3/038H01S3/03H01S3/032H01S3/06H01S3/081H01S3/22
    • H01S3/03H01S3/032H01S3/06
    • The present invention provides a cylindrical slab type gas laser for generating an excellent laser beam having substantially Gaussian intensity distribution of the focussed output laser beam. For this end, a pair of cylindrical electrodes 11, 12 of different diameter are disposed vertically and concentrically. And laser medium is filled in the gap between the two cylindrical electrodes 11, 12 to define a cylindrical straight slab 1. Disposed at one end of the cylindrical top of the cylindrical straight slab 1 is a ring-shaped trick mirror M1 and also disposed at the center of the one end of the cylindrical straight slab 1 is an output mirror M2 to pass a part of the light and to reflect a part of the remaining light. On the other hand, disposed at the other end of the cylindrical straight slab 1 is a w-axicon mirror M3. The above construction eliminates the need for spacers between the two cylindrical electrodes 11, 12 which are required in a conventional gas laser.
    • 本发明提供一种圆柱形板状气体激光器,用于产生具有聚焦输出激光束的基本高斯强度分布的优良激光束。 为此,一对不同直径的圆柱形电极11,12垂直并同心地设置。 并且激光介质填充在两个圆柱形电极11,12之间的间隙中以限定圆柱形直板1。 在圆柱形直板1的圆柱形顶部的一端处设置有环形特写反射镜M 1,并且还设置在圆柱形直板1的一端的中心处,是输出反射镜M 2, 光和反射一部分剩余的光。 另一方面,设置在圆柱形直板1的另一端的是w轴镜像镜M 3。 上述结构消除了在常规气体激光器中需要的两个圆柱形电极11,12之间的间隔物的需要。
    • 116. 发明申请
    • Cylindrical straight slab type gas laser
    • 圆柱直板式气体激光器
    • US20020003829A1
    • 2002-01-10
    • US09854421
    • 2001-05-11
    • Tomoo FujiokaShigeru Yamaguchi
    • H01S003/22H01S003/223
    • H01S3/03H01S3/032H01S3/06
    • The present invention provides a cylindrical slab type gas laser for generating an excellent laser beam having substantially Gaussian intensity distribution of the focussed output laser beam. For this end, a pair of cylindrical electrodes 11, 12 of different diameter are disposed vertically and concentrically. And laser medium is filled in the gap between the two cylindrical electrodes 11, 12 to define a cylindrical straight slab 1. Disposed at one end of the cylindrical top of the cylindrical straight slab 1 is a ring-shaped trick mirror Ml and also disposed at the center of the one end of the cylindrical straight slab 1 is an output mirror M2 to pass a part of the light and to reflect a part of the remaining light. On the other hand, disposed at the other end of the cylindrical straight slab 1 is a w-axicon mirror M3. The above construction eliminates the need for spacers between the two cylindrical electrodes 11, 12 which are required in a conventional gas laser.
    • 本发明提供一种圆柱形板状气体激光器,用于产生具有聚焦输出激光束的基本高斯强度分布的优良激光束。 为此,一对不同直径的圆柱形电极11,12垂直并同心地设置。 并且激光介质填充在两个圆柱形电极11,12之间的间隙中以限定圆柱形直板1.在圆柱形直板1的圆柱形顶部的一端处设置有环形特技镜M1,并且还设置在 圆柱形直板1的一端的中心是输出镜M2,以使光的一部分通过并反射剩余光的一部分。 另一方面,设置在圆柱形直板1的另一端的是w轴镜像镜M3。 上述结构消除了在常规气体激光器中需要的两个圆柱形电极11,12之间的间隔物的需要。
    • 117. 发明授权
    • Hybrid cooled ion laser
    • 混合冷却离子激光器
    • US5353293A
    • 1994-10-04
    • US54313
    • 1993-04-27
    • William A. Shull
    • William A. Shull
    • H01S3/032H01S3/041H01S3/04
    • H01S3/041H01S3/032
    • A high output, compact laser having a multi-line spectral output and an internal mirror, integral resonator design is disclosed. The laser structure comprises a laser tube containing a resonant cavity, an output coupler and an active medium. A power supply and coolant assembly are coupled to the laser tube. The coolant assembly is a hybrid coolant scheme wherein one portion of the tube is cooled by circulating water coolant, while another portion or portions are cooled by circulating air. In one aspect, the laser tube includes a ceramic bore surrounded by a sheath sealed at a first end and a second end of the ceramic bore, and coolant is provided between the sheath and the bore. In a further aspect, forced air is directed over a reservoir portion of the tube. The reservoir portion may be manufactured from a metallic alloy comprised of nickel iron cobalt with copper cooling fins brazed to the reservoir to increase thermal cooling efficiency and isothermal distribution of heat.
    • 公开了具有多线谱输出的高输出紧凑型激光器和内部反射镜。 激光器结构包括含有谐振腔的激光管,输出耦合器和活动介质。 电源和冷却剂组件耦合到激光管。 冷却剂组件是混合冷却剂方案,其中管的一部分通过循环水冷却剂而被冷却,而另一部分被循环空气冷却。 在一个方面,激光管包括由在第一端密封的护套和陶瓷孔的第二端围绕的陶瓷孔,并且在护套和孔之间提供冷却剂。 在另一方面,强制空气被引导到管的储存器部分上。 储存部分可以由包含镍铁钴和铜冷却翅片的金属合金制成,钎焊到储存器以增加热冷却效率和等温热分布。
    • 118. 发明授权
    • Ion laser tubes
    • 离子激光管
    • US5319664A
    • 1994-06-07
    • US37374
    • 1993-03-26
    • Kazuhisa Nishida
    • Kazuhisa Nishida
    • H01S3/032H01S3/03
    • H01S3/032
    • The invention provides an ion laser tube in which a TiC or B.sub.4 C coating layer having excellent durability to plasma bombardment and an alumina coating layer for preventing oxidation of TiC and B.sub.4 C are provided on an inner face of a central hole in an SiC capillary member, whereby stability to electric discharge or plasma bombardment increases and properties of the ion laser tube are stabilized. Thus, the sputtering resistance is improved and degradation of the laser properties is suppressed.
    • 本发明提供了一种离子激光管,其中在SiC毛细管构件的中心孔的内表面上设置有对等离子体轰击具有优异耐久性的TiC或B4C涂层以及用于防止TiC和B4C的氧化的氧化铝涂层,由此 放电或等离子体轰击的稳定性增加,离子激光管的性能稳定。 因此,提高了溅射电阻,抑制了激光特性的劣化。