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Tidal effects on hydrostatic leveling system used in high precision alignment of particle accelerator

Tidal effects on hydrostatic leveling system used in high precision alignment of particle accelerator
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摘要 Hydrostatic leveling system(HLS)is widely used in precision engineering survey,especially the alignment of particle accelerator,and the tidal effects on the measurement accuracy of HLS is non-ignorable,thus studies on tidal effects on the HLS is vital.A set of HLS was installed in Jingxian seismostation for verifying the methods to handle the tidal effects on the readings of HLS.Harmonic analysis of the data recorded by HLS and DSQ water tube clinometers in Jingxian seismostation and contrastive analysis of the results are completed.The tilt tide can be well reflected in the data of the both instruments and the results are both reliable.The reasons of the difference between the results are analyzed in this paper.Besides,a validation study based on the measurement data of the HLS used in SPring-8 storage ring for tidal correction on the reading of HLS is completed.The research establishes a foundation for HLS to be applied in micron-level precision alignment of particle accelerator in the future. Hydrostatic leveling system(HLS) is widely used in precision engineering survey,especially the alignment of particle accelerator,and the tidal effects on the measurement accuracy of HLS is non-ignorable.thus studies on tidal effects on the HLS is vital.A set of HLS was installed in Jingxian seismostation for verifying the methods to handle the tidal effects on the readings of HLS.Harmonic analysis of the data recorded by HLS and DSQ water tube clinometers in Jingxian seismostation and contrastive analysis of the results are completed.The tilt tide can be well reflected in the data of the both instruments and the results are both reliable.The reasons of the difference between the results are analyzed in this paper.Besides,a validation study based on the measurement data of the HLS used in SPring-8 storage ring for tidal correction on the reading of HLS is completed.The research establishes a foundation for HLS to be applied in micron-level precision alignment of particle accelerator in the future.
出处 《Nuclear Science and Techniques》 SCIE CAS CSCD 2014年第4期6-11,共6页 核技术(英文)
基金 Supported by the National Natural Science Foundation of China(No.11075151) Ph.D.Program Foundation of Ministry of Education ofChina(No.20123402110002)
关键词 粒子加速器 高精度定位 潮汐效应 调平系统 静液压 精密工程测量 HLS 数据验证 Precision engineering survey Hydrostatic leveling system Tilt tide DSQ water tube clinometers Harmonic analysis
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参考文献18

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