痕量氢观测环境及供电系统建设
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摘要
应用ATG-6118H痕量氢在线自动分析仪在水井类观测点观测过程中发现,外界观测环境的变化对于痕量氢浓度的观测存在一定干扰。文章依据宁河痕量氢观测井的观测环境及供电系统的改造过程,对2017年11月11日井房改造完成前后的痕量氢浓度数据进行分析论述,为该仪器的后续观测提供一些借鉴经验。
During the observation of the trace-hydrogen concentration in water wells by the ATG-6118 Honline automatic trace-hydrogen analyzer,it was found that changes in the external observational environment had some interference to the observation of tracehydrogen concentration.Based on the observational environment of the Ninghe trace-hydrogen observation well and the renovation process of power supply system,the data of trace-hydrogen concentration before and after the completion of the renovation of the well house on November 11,2017 were analyzed and discussed.Our results provide some experience for the follow-up observation of the instrument.
During the observation of the trace-hydrogen concentration in water wells by the ATG-6118 Honline automatic trace-hydrogen analyzer,it was found that changes in the external observational environment had some interference to the observation of tracehydrogen concentration.Based on the observational environment of the Ninghe trace-hydrogen observation well and the renovation process of power supply system,the data of trace-hydrogen concentration before and after the completion of the renovation of the well house on November 11,2017 were analyzed and discussed.Our results provide some experience for the follow-up observation of the instrument.
引文
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[3]车用太,金鱼子,张培仁,等.H2与He的映震灵敏气体及其干扰初析[J].地震,2002,22(4):94-103.
[4]张培仁,王基华,孙凤民.氢-预报地震的灵敏元素[J].地震地质,1993,15(1):69-77.
[5]车用太,刘耀炜,何镧.断层带土壤气中氢气观测-突破地震预报难点的又一途径[J].地震,2015,35(4):1-10.
[6]黄春玲,王向阳.夏县地震台痕量氢观测技术与地震关系研究[J].地震地磁观测与研究,2012,33(3):130-136.
[7]曹喆,张洪彬,韦桂欢.潜艇蓄电池充放电过程释放氢气规律研究[J].舰船科学技术,2018,30(6):301-303.
[8]张辉.铅酸蓄电池充电场所氢气产生及分布规律研究[D].沈阳:东北大学,2014:1-89.
[9]范雪芳,李自红,刘国俊,等.断层氢气浓度观测技术试验研究[J].中国地震,2014,30(1):43-54.
[10]范雪芳,刘国俊.痕量氢气连续观测仪稳定性分析[J].中国地震,2015,31(1):36-44.
[11]穆慧敏,李惠玲,王鹏伟,等.基于DAQ及LabVIEW的数据采集平台研发[J].山西地震,2017(4):28-30.