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    • 63. 发明申请
    • SCALABLE, EFFICIENT LASER SYSTEMS
    • 可扩展,高效的激光系统
    • US20110075687A1
    • 2011-03-31
    • US12732746
    • 2010-03-26
    • M. Cem Gokay
    • M. Cem Gokay
    • H01S3/11H01S3/06H01S3/16H01S3/091H01S3/0933
    • H01S3/09415H01S3/025H01S3/0606H01S3/0617H01S3/0813H01S3/0816H01S3/09408H01S3/0941H01S3/11H01S3/2316H01S5/4031
    • A laser comprises an end pump light source and a gain medium having a first end, a second end, and four sides comprising a first, a second, a third, and a fourth side. The end pump light source is optically coupled to the first end and pumps the gain medium. The first side and the third side are tapered inwardly from the first end to the first end to the second end at a taper angle β relative to a longitudinal lasing axis and have a polished finish capable of reflecting light inside the gain medium. The second side and the fourth side are substantially parallel to the longitudinal lasing axis have a ground blasted finish. The first side is also tilted inwardly at a slant angle α from the fourth side to the second side. A laser beam R0 exits the second end of the gain medium.
    • 激光器包括端泵浦光源和具有第一端,第二端以及包括第一,第二,第三和第四侧的四个侧面的增益介质。 端泵浦光源光耦合到第一端并泵送增益介质。 第一侧和第三侧从第一端向第一端向锥形内侧渐缩,并以锥角< bgr; 相对于纵向激光轴线并且具有能够在增益介质内反射光的抛光光洁度。 第二侧面和第四侧面基本上平行于纵向激光轴线并且具有地面喷砂表面。 第一侧也以从第四侧到第二侧的倾斜角α向内倾斜。 激光束R0离开增益介质的第二端。
    • 64. 发明申请
    • Diode Pumped Ytterbium Doped Laser
    • 二极管泵浦镱掺杂激光器
    • US20110069728A1
    • 2011-03-24
    • US12564591
    • 2009-09-22
    • Anthony Sebastian Bauco
    • Anthony Sebastian Bauco
    • H01S3/17H01S3/091
    • H01S3/09415H01S3/0615H01S3/0617H01S3/109H01S3/1618H01S3/163H01S3/1685H01S3/17H01S5/4031
    • Diode pumped, ytterbium doped glass or glass ceramic lasers are provided. A laser source is provided comprising an optical pump, a glass or glass ceramic gain media, a wavelength conversion device, and an output filter. The gain media comprises a ytterbium doped glass or a ytterbium doped glass ceramic gain media and is characterized by an absorption spectrum comprising a maximum absorption peak and a sub-maximum absorption peak, each disposed along distinct wavelength portions of the absorption spectrum of the gain media. The optical pump and the gain media are configured such that the pump wavelength λ is more closely aligned with the sub-maximum absorption peak of the gain media than the maximum absorption peak of the gain media. Additional embodiments are disclosed and claimed.
    • 提供二极管泵浦,镱掺杂玻璃或玻璃陶瓷激光器。 提供了一种激光源,其包括光泵,玻璃或玻璃陶瓷增益介质,波长转换装置和输出滤波器。 增益介质包括掺杂镱的玻璃或掺杂镱的玻璃陶瓷增益介质,其特征在于包括最大吸收峰和亚最大吸收峰的吸收光谱,每个吸收峰分布在增益介质的吸收光谱的不同波长部分 。 光泵和增益介质被配置成使得泵浦波长λ与增益介质的最大吸收峰与增益介质的次最大吸收峰更紧密地对齐。 公开并要求保护附加实施例。
    • 66. 发明授权
    • Solar light pumped laser and cooling method of solar light pumped laser
    • 太阳光泵浦激光器和太阳能光泵浦激光器的冷却方法
    • US07715455B2
    • 2010-05-11
    • US11908896
    • 2006-03-10
    • Takashi YabeShigeaki Uchida
    • Takashi YabeShigeaki Uchida
    • H01S3/04
    • H01S3/042H01S3/025H01S3/0407H01S3/0606H01S3/061H01S3/0612H01S3/0617H01S3/0915H01S3/2391
    • Object: To provide a solar light pumped laser and a cooling method of a solar light pumped laser.Means for Solving the Problems: A solar light pumped laser performing laser oscillation by pumping a laser medium with solar light, the solar light pumped laser including, a laser medium 12, a container device 14 that supports the laser medium 12 therein, the container device 14 being provided with a focusing optical element 22 for irradiating solar light focused along the laser medium 12, while retaining cooling liquid in a space between the laser medium 12 and the container device 14, and additionally, a pair of optical reflection elements (16, 18) arranged adjacent to the opposing ends of the laser medium. An end of the container device 14 has Brewster's angle. Further, the cooling liquid according to the present invention contains water functioning as an optical medium to form a water lens simultaneously with cleaning the focusing optical element 22.
    • 目的:提供太阳光泵浦激光器和太阳光泵浦激光器的冷却方法。 解决问题的手段:通过用太阳光泵浦激光介质进行激光振荡的太阳光泵浦激光器,太阳能光泵浦激光器包括激光介质12,支撑其中的激光介质12的容器装置14,容器装置 14具有用于照射沿着激光介质12聚焦的太阳光的聚焦光学元件22,同时将冷却液保持在激光介质12和容器装置14之间的空间中,另外,一对光反射元件 18),其布置成与激光介质的相对端相邻。 容器装置14的一端具有布鲁斯特的角度。 此外,根据本发明的冷却液含有作为光学介质的水,与清洁聚焦光学元件22同时形成水透镜。