摘要
Abstract
To explore the detection principles of subsurface magnetofluid-based seepage monitoring technology and the design concept of a reservoir levee seepage monitoring system,a four-dimensional subsurface groundwater flow model was constructed based on electromagnetic field theory.Both hardware and software components of the seepage monitoring system were designed around subsurface magnetofluid detection technology,and its application in reservoir engineering was analyzed.The results indicate that due to complex geological conditions,increased measurement difficulty,and factors such as water storage,rising water levels,and increased flow velocity,reservoir levees face significant seepage risks.Conventional measurement methods fail to reflect the specific characteristics of reservoir seepage and cannot guarantee the accuracy and reliability of monitoring results.In contrast,subsurface magnetofluid detection identifies electrical property differences across underground sections by measuring subsurface electromagnetic field characteristics,effectively locating seepage zones and providing a reliable means for accurately detecting levee seepage information.关键词
地下磁流体/探测/水库坝堤渗漏监测系统/设计Key words
Subsurface magnetofluid/detection/reservoir levee seepage monitoring system/design分类
水利科学
