Through electric exploration, the fissure-developed zone, water-rich area and water gushing position were located. After performing mud grouting water excl… 通過(guò)電法勘探確定裂隙發(fā)育帶、富水區(qū)域、涌水部位，對(duì)此處實(shí)施鉆孔注漿堵水后，恢復(fù)生產(chǎn)。
Along the Canal, pore water and fissure-karst water have a recharge-discharge re lation, while in south of the Canal, canal water and fissure-karst water have no direct water power relation. 沿運(yùn)河一帶運(yùn)河水補(bǔ)給孔隙水，運(yùn)河以南孔隙水與裂隙喀斯特水互為補(bǔ)排關(guān)系，而運(yùn)河水與裂隙喀斯特水無(wú)直接水力聯(lián)系。
Steeply inclined and filling type of karst fissure-water bearing structure occurred in a steeply inclined angle of fissure, easily accumulate water and form a high water pressure in its fissure space. 高陡傾充填型巖溶裂隙蓄水構(gòu)造呈高角度裂縫狀產(chǎn)出，降雨后，極易在其裂隙空間內(nèi)積水形成高水壓； 202.127.156.16