LIDAR system in Central Laser Facility of Telescope Array Experiment

机译：望远镜阵列实验中心激光设施中的LIDAR系统

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The calibration of the scattering of UV fluorescence light from extensive air showers by aerosols andmolecules in the atmosphere is important for the air fluorescence technique. Two monitoring devices (LIDAR and CLF)already observe atmospheric transparency for the Telescope Array (TA) experiment. To understand the temporal depen-denceof the change of transparency on altitude in more detail, a new LIDAR system has been set up at the CLF. Thisnew system (LIDAR@CLF) has been operating since March 2011. The device, analysis method, and latest results ofLIDAR@CLF are discussed in this paper.

机译：空气中的气溶胶和分子对来自大量空气喷淋的UV荧光的散射的校准对于空气荧光技术很重要。两个监视设备（LIDAR和CLF）已经在望远镜阵列（TA）实验中观察了大气透明度。为了更详细地了解海拔高度变化的时间依赖性，CLF已经建立了一个新的LIDAR系统。该新系统（LIDAR @ CLF）自2011年3月开始运行。本文讨论了LIDAR @ CLF的设备，分析方法和最新结果。

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来源
《International Cosmic Ray Conference》|2011年|1-4|共4页
会议地点 Beijing(CN)
作者
DAISUKE OKU; STAN THOMAS; TAKAYIUKI TOMIDA; MICHIYUKI CHIKAWA; MASAKI FUKUSHIMA; KEN HONDA; JOHN N.MATTHEWS; KEIJIRO MUKAI; SHIGEHARU UDO; MASAHIRO TAKEDA;
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作者单位

University of Yamanashi Kofu Yamanashi 400-8511 Japan;

Institute for High Energy Astrophysics and Department of Physics University of Utah Salt Lake City UT 84112-0830 USA;

Department of Physics Kinki University Higashi-Osaka 577-8502 Japan;

Institute for Cosmic Ray Research The University of Tokyo Kashiwa Chiba 277-8582 Japan;

Kanagawa University Yokohama Kanagawa 221-8686 Japan 6 School of Science and Engineering Tokyo Institute of Technology Meguro Tokyo 152-8551 Japan;

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UHECR; fluorescence technique; Atmospheric transparency; LIDAR; CLF;

机译：UHECR；荧光技术大气透明度；激光雷达CLF;

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专利

1. The atmospheric transparency measured with a LIDAR system at the Telescope Array experiment [J] . Takayuki Tomida, Yusuke Tsuyuguchi, Takahito Arai, Nuclear Instruments & Methods in Physics Research . 2011,第1期

机译：在望远镜阵列实验中使用LIDAR系统测量的大气透明度
2. Calibration of photomultiplier tubes for the fluorescence detector of telescope array experiment using a Rayleigh scattered laser beam [J] . Shingo Kawana, Nobuyuki Sakurai, Toshihiro Fujii, Nuclear Instruments & Methods in Physics Research . 2012,第期

机译：使用瑞利散射激光束校准望远镜阵列实验荧光检测器的光电倍增管
3. Analysis of atmospheric attenuation using the Telescope Array central laser data [J] . Tareq AbuZayyad EPJ Web of Conferences . 2019,第2期

机译：使用望远镜阵列中央激光数据分析大气衰减
4. LIDAR system in Central Laser Facility of Telescope Array Experiment [C] . DAISUKE OKU, STAN THOMAS, TAKAYIUKI TOMIDA, International Cosmic Ray Conference . 2011

机译：望远镜阵列实验中央激光设施中的激光雷达系统
5. Use of the selected overlap LIDAR experiment (SOLEX) system with the 248 nm krypton fluoride and the 355 nm neodymium:yttrium aluminum garnet lasers for the calibration of LIDAR systems for water vapor determination. [D] . Mensah, Francis Emmanuel Tofodji. 2007

机译：将选定的重叠LIDAR实验（SOLEX）系统与248 nm氟化rypto和355 nm钕：钇铝石榴石激光器一起用于水蒸气测定的LIDAR系统的校准。
6. Investigation of return photons from sodium laser beacon excited by a 40-watt facility-class pulsed laser for adaptive optical telescope applications [O] . Qi Bian, Yong Bo, Junwei Zuo, -1

机译：用于自适应光学望远镜应用的40瓦设施级脉冲激光激发钠激光信标返回的光子的研究
7. On the possiblity of using vertically pointing Central Laser Facilities to calibrate the Cherenkov Telescope Array [O] . Gaug, Markus 2014

机译：关于使用垂直指向中央激光设施的可能性校准Cherenkov望远镜阵列

LIDAR system in Central Laser Facility of Telescope Array Experiment

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