Calibration of the power-recycled gravitational wave detector, GEO 600
Calibration of the power-recycled gravitational wave detector, GEO 600
复制标题
能量回收引力波探测器 GEO 600 的校准
DOI：
10.1063/1.1597959
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发表时间：
2003
影响因子：
1.6
通讯作者：
U. Weiland
中科院分区：
文献类型：
--
作者：
M. Hewitson;H. Grote;G. Heinzel;K. Strain;H. Ward;U. Weiland
GEO 600是一种干涉型引力波探测器，建成后将采用一种新颖的双循环光学方案，允许其光学响应在一系列频率范围内进行调谐。精确校准地球静止轨道对引力波的灵敏度是准备地球静止轨道数据以便与世界各地的其他探测器交换和提取科学成果的关键部分。将用于GEO的最终光学方案将需要组合多个输出信号，以最佳地恢复经校准的应变通道。已经制定了一项在线校准方案，以期涵盖地球同步轨道的动力循环和双循环干涉仪配置。最近的全球重合科学运行(S1)证明是在动力循环模式下测试GEO校准方案的绝佳机会。在长时间尺度上跟踪和研究校准的稳定性的能力是无价的。已经强调了一些领域，在这些领域中，提高了…
GEO 600 is an interferometric gravitational wave detector which, when completed, will employ a novel, dual-recycled optical scheme allowing its optical response to be tuned over a range of frequencies. The accurate calibration of the sensitivity of GEO to gravitational waves is a critical part of preparing GEO data for exchange with other detectors worldwide and for the extraction of scientific results. The final optical scheme that will be used in GEO will make it necessary to combine more than one output signal to optimally recover a calibrated strain channel. An on-line calibration scheme has been developed with a view to covering both the power-recycled and dual-recycled interferometer configurations of GEO. The recent worldwide coincident science run (S1) proved an excellent opportunity to test the calibration scheme of GEO in a power-recycled mode. The ability to track and study the stability of the calibration over long time scales was invaluable. A number of areas have been highlighted where impro...