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1、《南水北调与水利科技》:自振法试验及对比应用研究(马贵生李少雄)(摘要) #TRS_AUTOADD_1218436001195{MARGIN-TOP:0px;FONT-SIZE:12pt;MARGIN-BOTTOM:0px;LINE-HEIGHT:1.5;FONT-FAMILY:宋体}#TRS_AUTOADD_1218436001195P{MARGIN-TOP:0px;FONT-SIZE:12pt;MARGIN-BOTTOM:0px;LINE-HEIGHT:1.5;FONT-FAMILY:宋体}#TRS_AUTOADD_1218436001195T
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3、:1.5;FONT-FAMILY:宋体}/**---JSON--{"":{"line-height":"1.5","font-family":"宋体","font-size":"12pt","margin-top":"0","margin-bottom":"0"},"p":{"line-height":"1.5","font-family":"宋体","font-size":"12pt","margin-top":"0","margin-bottom":"0"},"td":{"line-height":"1.5","font-family":"宋体"
4、,"font-size":"12pt","margin-top":"0","margin-bottom":"0"},"div":{"line-height":"1.5","font-family":"宋体","font-size":"12pt","margin-top":"0","margin-bottom":"0"},"li":{"line-height":"1.5","font-family":"宋体","font-size":"12pt","margin-top":"0","margin-bottom":"0"}}--**/摘要:基于含水层中水
5、体振荡时的阻尼特性和含水层的渗透特性两者具有等效性的特点,所提出的自振法试验,是一种全新的水文地质快速勘探技术。该方法是建立在科学理论基础上的,与常规抽水试验相比,试验设备轻巧,试验周期较短,自动化程度高,试验成本低。通过对比试验,该方法所测得渗透系数与常规抽水试验渗透系数数值有很好的相关性。
关键词:自振法试验;抽水试验;渗透系数;研究
中图分类号:TU471文献标识码:A文章编号:1672-168301-0167-03
Self-OscillationMethodandtheContrastExperiment
MAGui-she
6、ng,LIShao-xiong
(YangtzeGeotechnicalEngineeringCorporation,Wuhan430010,China)
Abstract:Basedontheequivalenceofthewaterbodyoscillationdampingcharacteristicandseepagecharacteristic,self-oscillationmethodisbrandnewandfastexplorationtechnologyofhydrologicalgeology.Comparingwith
7、conventionalpumpingtest,thisoneislightweightwithshortperiod.Andthisequipmentcanberunwithhighautomationandlowcost.Throughthecontrasttest,theseepagecoefficientfromthismethodhastheverygoodrelevancetotheconventionalpumpingtest.
Keywords:self-oscillationmethod;pumpingtest;seepagec
8、oefficient,study
参考文献:
[1]姜淑珍.自振法模拟试验报告[R].XX:XX勘测设计