Realization of Data Exchange for Groundwater Dynamic Monitoring

机译：地下水动态监测数据交换的实现

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Data structure of the National Groundwater Monitoring Project was introduced and a data exchange schema of dynamic monitoring of groundwater was proposed. The data exchange between the original data source and the destination data source was finished usin

机译：介绍了国家地下水监测项目的数据结构，提出了地下水动态监测的数据交换方案。原始数据源和目标数据源之间的数据交换已完成

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《International Conference on Computer Information and Big Data Applications》|2020年|300-303|共4页
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Xiaoxia Ren; Shuyun Yang; Mengliang Yu; Fei Yang; Zhibin Huo;
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Synchronization; Monitoring; Tools; Distributed databases; Task analysis; Microsoft Windows; Schedules;

机译：同步;监控;工具;分布式数据库;任务分析; Microsoft Windows;计划;

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1. Conception and realization of a groundwater monitoring by direct push in Northern Brandenburg [Planung und Durchführung eines Grundwasser-Monitorings mit Direct-Push in Nordbrandenburg] [J] . Hannappel S., Braun P. Grundwasser . 2010,第3期

机译：勃兰登堡州北部直推式地下水监测的构想和实现[勃兰登堡北部地区直推式地下水监测的规划和实施]
2. The effect of groundwater forcing on hyporheic exchange: Reply to comment on ‘Munz M, Krause S, Tecklenburg C, Binley A. Reducing monitoring gaps at the aquifer-river interface by modelling groundwater-surfacewater exchange flow patterns. Hydrological Processes. DOI: 10.1002/hyp.8080’ [J] . S. Krause, M. Munz, C. Tecklenburg, Hydrological ProcHydrological Processesrnesses . 2012,第10期

机译：地下水对水交换的影响：对'Munz M，Krause S，Tecklenburg C，Binley A的评论。通过对地下水-地表水交换流模型进行建模，减少含水层-河流界面的监测间隙。水文过程。 DOI：10.1002 / hyp.8080’
3. The effect of groundwater forcing on hyporheic exchange: Reply to comment on ‘Munz M, Krause S, Tecklenburg C, Binley A. Reducing monitoring gaps at the aquifer-river interface by modelling groundwater-surfacewater exchange flow patterns. Hydrological Processes. DOI: 10.1002/hyp.8080’ (pages 1589–1592) [J] . S. Krause1*† M. Munz2 C. Tecklenburg2{ and A. Binley3 Hydrological Processes . 2012,第10期

机译：地下水对水交换的影响：对'Munz M，Krause S，Tecklenburg C，Binley A的评论。通过对地下水-地表水交换流模型进行建模，减少含水层-河流界面的监测间隙。水文过程。 DOI：10.1002 / hyp.8080’（第1589–1592页）
4. Research on Groundwater pollution with Contour Line' Realization Methods based on Monitoring Data by COMGIS [C] . Ping Jing International Conference on Environmental Science and Material Application . 2014

机译：基于COMGIS监测数据的轮廓线实现方法对地下水污染研究
5. Monitoring groundwater-surface water interaction and nutrient mass exchange in the riparian corridor of the lower Arkansas River Valley, Colorado [D] . Huizenga, Alexander Paul 2015

机译：监测科罗拉多州阿肯色下游河谷河岸走廊的地下水-地表水相互作用和养分交换
6. Efficient and automatic methods for flexible regression on spatiotemporal data with applications to groundwater monitoring [O] . L. Evers, D. A. Molinari, A. W. Bowman, -1

机译：时空数据灵活回归的高效自动方法应用于地下水监测
7. Dynamical realization of breaking of exchanged degeneracy and violation of Zweig's rule [O] . Pinsky, S.S., Snider, D.R. 1975

机译：破坏交换简并违反茨威格规则的动态实现
8. A DYNAMICAL REALIZATION 0F BREAKING OF EXCHANGED DEGENERACY AND VIOLATION OF ZWEIG'S RULE [R] . Stephen S. Pinsky, Dale R. Snider 1975

机译：交换退化的破坏和ZWEIG规则的违反的动态实现

Realization of Data Exchange for Groundwater Dynamic Monitoring

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