The Development of Visualization System for Inversion of Aquifer Volumetric Strain by the Data of the Well Water Level Through Matlab
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摘要: 基于反演含水层体应变的数学模型，在Matlab GUI界面下研发1款高效、便捷的体应变反演软件，实现了规定时间阈内连续体应变值和实时体应变曲线的一键获得功能。软件的用户界面操作简便，经实例验证，其运算速度和结果均可满足计算和分析需求。Abstract: Based on the mathematical models for the inversion of aquifer volumetric strain, we developed the system to obtain the value and the curve of continuous volumetric strain within the schedule time on the interface of Matlab GUI. After verification, we find that the user interface developed in this paper is easy to operate, and the operation speed and results can meet the needs of calculation and analysis.
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Key words:
- Data of the well water level /
- Aquifer volume strain /
- Inversion /
- Software development
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图 1 汶川MS 8.0地震时商河鲁09井“反演体应变值”界面（分钟值）
Figure 1. Interface of "inversion of volumetric strain values" for Lu 09 Well of Shanghe during Wenchuan MS 8.0 earthquake (minute values)
图 2 汶川MS 8.0地震时栖霞鲁07井“反演体应变值”界面（小时值）
Figure 2. Interface of "inversion of volumetric strain values" for Lu 07 Well of Qixia during Wenchuan MS 8.0 earthquake (hour values)
图 4 “GroundWater.exe”程序运行界面
Figure 4. Operation interface of "GroundWater.exe program"
图 5 尼泊尔MS 8.1地震商河鲁09井水位反演的体应变曲线
Figure 5. Inversion graph of volumetric strain by water level of Lu 09 well of Shanghe during Nepal MS 8.1 earthquake
图 6 尼泊尔MS 8.1地震栖霞鲁07井水位反演的体应变曲线
Figure 6. Inversion graph of volumetric strain by water level of Lu 07 well of Qixia during Nepal MS 8.1 earthquake
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