南水北调与水利科技
南水北調與水利科技
남수북조여수리과기
SOUTH-TO-NORTH WATER
2014年
5期
138-140
,共3页
李水新%闫志为%苏春田%潘晓东%李兆林%唐建生
李水新%閆誌為%囌春田%潘曉東%李兆林%唐建生
리수신%염지위%소춘전%반효동%리조림%당건생
联合剖面法%三极电测深法%电法勘探%地下水%低电阻率异常特征
聯閤剖麵法%三極電測深法%電法勘探%地下水%低電阻率異常特徵
연합부면법%삼겁전측심법%전법감탐%지하수%저전조솔이상특정
combined profiles method%tri electrode sounding method%elect rical exploration%groundw ater%abnormal characteris-tics of low resist ivity
为改善山东泰安市岱岳区北部下港乡的饮水条件,运用视电阻率联合剖面法分析了研究区低电阻率的异常特征,推测出低阻正交点异常与小型裂隙发育有关,从而确定 NNE 向异常体为裂隙破碎带;在此基础上通过三极电测深法分析了低阻/ U 型0异常特征,推测出以530/3测点为中心的地下水富集区,确定深度70~250 m 基岩裂隙发育,富水性强,水量丰富;最终选择530/3测点为孔位点,同时对其进行成井施工探水,最终孔深为194 m,涌水量为168 m3/ d。研究结果不仅解决了用水问题,同时证明综合电法是一种可行、有效的找水勘探手段。
為改善山東泰安市岱嶽區北部下港鄉的飲水條件,運用視電阻率聯閤剖麵法分析瞭研究區低電阻率的異常特徵,推測齣低阻正交點異常與小型裂隙髮育有關,從而確定 NNE 嚮異常體為裂隙破碎帶;在此基礎上通過三極電測深法分析瞭低阻/ U 型0異常特徵,推測齣以530/3測點為中心的地下水富集區,確定深度70~250 m 基巖裂隙髮育,富水性彊,水量豐富;最終選擇530/3測點為孔位點,同時對其進行成井施工探水,最終孔深為194 m,湧水量為168 m3/ d。研究結果不僅解決瞭用水問題,同時證明綜閤電法是一種可行、有效的找水勘探手段。
위개선산동태안시대악구북부하항향적음수조건,운용시전조솔연합부면법분석료연구구저전조솔적이상특정,추측출저조정교점이상여소형렬극발육유관,종이학정 NNE 향이상체위렬극파쇄대;재차기출상통과삼겁전측심법분석료저조/ U 형0이상특정,추측출이530/3측점위중심적지하수부집구,학정심도70~250 m 기암렬극발육,부수성강,수량봉부;최종선택530/3측점위공위점,동시대기진행성정시공탐수,최종공심위194 m,용수량위168 m3/ d。연구결과불부해결료용수문제,동시증명종합전법시일충가행、유효적조수감탐수단。
In order to improve t he drinking w ater conditions of Xiagang village in the nort h of Daiyue district of Taian city of Shandong Province, the abnormal characteristics of lower resistivity were analyzed using the apparent resistivity combined pro-files method in this paper. T he results showed t hat the fracture development is related to the abnormal characteristics of low re-sistance point of intersection, which can determine the fissure crushed zone w ith NNE direct ion. On the basis, the abnormal characteristics of low er resist ivit y U-type w ere analyzed using the tri electrode sounding method, w hich speculates the groundw-ater rich area in center point of 530/ 3 and suggest s that bedrock fissure develops at the depth of 70 to 250 meters. Finally, the point of 530/ 3 w as used as the drilling point, and geophysical exploration w as performed to det ermine that the point is 194 me-ters deep and has an average daily water product ion of 168 m3 . The study not only solves the water supply problem, but also proves that the integrated elect ric method is a practical and effect ive w ay for groundw ater exploration.