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Quality analysis of crustal tilt and strain observations in China's earthquakes in 2014
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作者 Chen Zhiyao Lǖ Pinji Tang Lei 《Geodesy and Geodynamics》 2015年第6期467-481,共15页
This work analyzes the quality of crustal tilt and strain observations during 2014, which were acquired from 269 sets of ground tiltmeters and 212 sets of strainmeters. In terms of data quality, the water tube tiltmet... This work analyzes the quality of crustal tilt and strain observations during 2014, which were acquired from 269 sets of ground tiltmeters and 212 sets of strainmeters. In terms of data quality, the water tube tiltmeters presented the highest rate of excellent quality,approximately 91%, and the pendulum tiltmeters and ground strainmeters yielded rates of81% and 78%, respectively. This means that a total of 380 sets of instruments produced high-quality observational data suitable for scientific investigations and analyses. 展开更多
关键词 Crustal tilt observation Crustal strain observation observation quality M2tidal wave amplitude factor Mean error in M2tidal wave amplitude Relative mean error in M2tidal wave amplitude Relative noise level Self-calibration internal precision
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Non-tidal tilt and strain signals recorded at the Geodynamic Observatory Moxa,Thuringia/Germany 被引量:3
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作者 Th.Jahr 《Geodesy and Geodynamics》 2018年第3期229-236,共8页
Since end of the 90s of the last century the seismological station Moxa was extended and developed into the modern Geodynamic Observatory. It comprises also the new installation of borehole-tilt meters in front of the... Since end of the 90s of the last century the seismological station Moxa was extended and developed into the modern Geodynamic Observatory. It comprises also the new installation of borehole-tilt meters in front of the observatory building and laser-strain meters in the gallery. The question arises how non-tidal signals are displayed in the measured time series. The investigation of such signals which can be caused naturally or man-made, can result in different sensitivities for the various tilt- and strainmeter systems, e.g. regarding barometric pressure impacts and hydrological induced pore pressure effects. 展开更多
关键词 tilt and strain observations Non-tidal effects Man-made effects Pore-pressureInduced tilt and strain Geodynamic Observatory
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