Approaching cm/sec calibration of high resolution astronomical spectrograph

机译：接近厘米/秒的高分辨率天文光谱仪校准

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Radial Velocity measurements have demonstrated to be the most successful way of finding extra solar planets; this technique has reported the larger quantity of exoplanet so far detected. Finding Earth like type exoplanets demands a cm/sec reproducible spectrograph calibration. A Laser Frequency Comb (LFC) calibration system [1], [2] has been developed and tested in several occasions with the HARPS spectrograph [3] at the 3.6m telescope on La Silla ESO Observatory since January 2009. The LFC shows a number of advantages compared to other traditional calibration sources [4].

机译：径向速度测量已被证明是寻找额外太阳行星的最成功方法。迄今为止，这项技术已报告了更大量的系外行星。寻找像系外行星一样的地球需要厘米/秒的可重复光谱仪校准。自2009年1月以来，已经开发了激光频率梳（LFC）校准系统[1]，[2]并在3.6毫米望远镜上的HARPS光谱仪[3]对其进行了多次测试。与其他传统校准源相比的优势[4]。

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《2011 Conference on Lasers and Electro-Optics Europe and 12th European Quantum Electronics Conference》|2011年|p.1|共1页
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Manescau A.; Lo Curto G.; Pasquini L.; Gonzalez Hernandez J.I.; Rebolo R.; Steinmetz T.; Probst R.; Holzwarth R.; Wilken T.; Hansch T.W.; Udem Th.;
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中图分类激光技术、微波激射技术;基础理论;
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1. A VIPA Spectrograph with Ultra-high Resolution and Wavelength Calibration for Astronomical Applications [J] . Xiaoming Zhu, Dong Lin, Zhibo Hao, The astronomical journal . 2020,第3期

机译：具有超高分辨率和波长校准的VIPA光谱仪，用于天文应用
2. Optical Frequency Comb as a general-purpose and wide-band calibration source for astronomical high resolution infrared spectrographs [J] . Giulia Schettino, Ernesto Oliva, Massimo Inguscio, Experimental Astronomy . 2011,第1期

机译：光频梳作为天文高分辨率红外光谱仪的通用宽带校准源
3. Optical Frequency Comb as a general-purpose and wide-band calibration source for astronomical high resolution infrared spectrographs [J] . Schettino G., Oliva E., Inguscio M., Experimental astronomy . 2011,第1期

机译：光学频率梳作为天文高分辨率红外光谱仪的通用宽带校准源
4. Approaching cm/sec calibration of high resolution astronomical spectrograph [C] . Manescau A., Lo Curto G., Pasquini L., Conference on Lasers Electro-Optics Europe;European Quantum Electronics Conference . 2011

机译：接近高分辨率天文光谱仪的CM / SEC校准
5. Large-field high resolution spectroscopy: Development of all-reflective spatial heterodyne spectrometers, and, Astronomical results using an image slicer from the McMath-Pierce main spectrograph [D] . Corliss, Jason B. 2011

机译：大视场高分辨率光谱学：全反射空间外差光谱仪的开发，以及使用麦克马斯-皮尔斯主光谱仪的图像切片器得到的天文结果
6. A fast non-iterative approach for Accelerated High-Temporal Resolution cine-CMR using Dynamically Interleaved Streak removal in the Power-spectral Encoded domain with Low-pass-filtering (DISPEL) and Modulo-Prime Spokes (MoPS) [O] . Keigo Kawaji, Mita B. Patel, Charles G. Cantrell, -1

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7. SpUpNIC (Spectrograph Upgrade: Newly Improved Cassegrain): a versatile and efficient low- to medium-resolution, long-slit spectrograph on the South African Astronomical Observatory’s 1.9-m telescope [O] . Lisa A. Crause, David Gilbank, Carel van Gend, 2019

机译：Spupnic（光谱仪升级：新改进的Cassegrain）：南非天文天文台的1.9米望远镜上的多功能和高效的低狭缝光谱仪

Approaching cm/sec calibration of high resolution astronomical spectrograph

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