利克天文台3米望远镜的钠导星激光系统

H. Friedman, G. Erbert, D. Gavel, T. Kuklo, J. G. Malik, J. Salmon, D. Smauley, Gary R. Thompson, J. Wong
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引用次数: 1

摘要

在自适应光学系统中使用钠层激光导星,与使用自然导星的系统相比,极大地提高了天空覆盖。为了证明钠层导星的可行性,设计了一个20 W脉冲染料激光系统,并将其安装在加利福尼亚州汉密尔顿山利克天文台的3米Shane望远镜上。与激光导星系统结合使用的自适应光学系统已经在其他地方描述过,并且已经用自然导星展示了2.2微米波长的衍射极限图像。钠激光导星与自适应光学系统的集成是首次在天文望远镜上安装此类装置。
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A Sodium Guide Star Laser System for the Lick Observatory 3 Meter Telescope
The use of sodium-layer laser guide stars for adaptive optics systems greatly enhances the sky coverage as compared to systems using natural guide stars. In order to demonstrate the feasibility of a sodium-layer guide star, a 20 W pulsed dye laser system has been designed and installed on the 3 meter Shane telescope at the Lick Observatory, Mt. Hamilton, California. The adaptive optics system used in conjunction with the laser guide star system has been described elsewhere1 and has already demonstrated diffraction limited images at the 2.2 micron wavelength using natural guide stars. The integration of the sodium laser guide star and the adaptive optics systems represents the first such installation on an astronomical telescope.
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The Palomar Adaptive Optics System Performance of Keck Adaptive Optics with Sodium Laser Guide Stars Conceptual Design for a User-Friendly Adaptive Optics System at Lick Observatory First Results of a Polychromatic Artificial Sodium Star for the Correction of Tilt Laser Systems for the Generation of Sodium Layer Guide Stars
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