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1.QinghaiGuo,BrittaPlaner-Friedrich,MingliangLiu,KetaoYan,GengWu,2019.MagmaticfluidinputexplainingthegeochemicalanomalyofveryhigharsenicinsomesouthernTibetangeothermalwaters.ChemicalGeology513,32-43.
2.QinghaiGuo,YumeiLi,LiLuo,2019.TungstenfromtypicalmagmatichydrothermalsystemsinChinaanditsenvironmentaltransport.ScienceoftheTotalEnvironment657,1523-1534.
3.QinghaiGuo,MingliangLiu,LiLuo,KetaoYan,WeiGuo,GengWu,WeideYan,YanxinWang,2019.Geochemicalcontrolsonmagnesiumanditsspeciationinvarioustypesofgeothermalwatersfromtypicalfelsic-rock-hostedhydrothermalsystemsinChina.Geothermics81,185-197.
4.QinghaiGuo,BrittaPlaner-Friedrich,MingliangLiu,JiexiangLi,ChaoZhou,YanxinWang,2017.ArsenicandthioarsenicspeciesinthehotspringsoftheRehaimagmaticgeothermalsystem,Tengchongvolcanicregion,China.ChemicalGeology453,12-20.
5.QinghaiGuo,YaowuCao,YaqinZhuang,YijunYang,MindaiWang,YanxinWang,2017.Effectivetreatmentofarsenic-bearingwaterbyalayereddoublemetalhydroxide:iowaite.AppliedGeochemistry77,206-212.
6.QinghaiGuo,MingliangLiu,JiexiangLi,XiaoboZhang,WeiGuo,YanxinWang,2017.FluidgeochemicalconstraintsontheheatsourceandreservoirtemperatureoftheBanglazhanghydrothermalsystem,Yunnan-TibetGeothermalProvince,China.JournalofGeochemicalExploration172,109-119.
7.QinghaiGuo,YaowuCao,JiexiangLi,XiaoboZhang,YanxinWang,2015.NaturalattenuationofgeothermalarsenicfromYangbajainpowerplantdischargeintheZangboRiver,Tibet,China.AppliedGeochemistry62,164-170.
8.QinghaiGuo,D.KirkNordstrom,R.BlaineMcCleskey,2014.TowardsunderstandingthepuzzlinglackofacidgeothermalspringsinTibet(China):InsightfromacomparisonwithYellowstone(USA)andsomeactivevolcanichydrothermalsystems.JournalofVolcanologyandGeothermalResearch288,94-104.
9.QinghaiGuo,MingliangLiu,JiexiangLi,XiaoboZhang,YanxinWang,2014.AcidhotspringsdischargedfromtheRehaihydrothermalsystemoftheTengchongvolcanicarea(China):formedviamagmaticfluidabsorptionorgeothermalsteamheating?BulletinofVolcanology76(10),1-12.
10.QinghaiGuo,JiaoTian,2013.RemovalofFluorideandArsenatefromAqueousSolutionbyHydrocalumiteviaPrecipitationandAnionExchange.ChemicalEngineeringJournal231,121-131.
11.QinghaiGuo,YinZhang,YaowuCao,YanxinWang,WeideYan,2013.Boronsorptionfromaqueoussolutionbyhydrotalciteanditspreliminaryapplicationingeothermalwaterdeboronation.EnvironmentalScienceandPollutionResearch20(11),8210-8219.
12.QinghaiGuo,2012.Hydrogeochemistryofhigh-temperaturegeothermalsystemsinChina:areview.AppliedGeochemistry27(10),1887-1898.
13.QinghaiGuo,EricJ.Reardon,2012.Calcineddolomite:analternativetolimeforminimizingundesirableelementleachabilityfromflyash.Industrial&EngineeringChemistryResearch51(26),9106-9116.
14.QinghaiGuo,EricJ.Reardon,2012.Fluorideremovalfromwaterbymeixneriteanditscalcinationproduct.AppliedClayScience56,7-15.
15.QinghaiGuo,YanxinWang,2012.GeochemistryofHotSpringsintheTengchongHydrothermalAreas,SouthwesternChina.JournalofVolcanologyandGeothermalResearch215-216,61-73.
16.QinghaiGuo,YanxinWang,2009.TraceelementhydrochemistryindicatingwatercontaminationinandaroundtheYangbajingGeothermalField,Tibet,China.BulletinofEnvironmentalContaminationandToxicology83(4),608-613.
17.QinghaiGuo,YanxinWang,WeiLiu,2009.HydrogeochemistryandenvironmentalimpactofgeothermalwatersfromYangyiofTibet,China.JournalofVolcanologyandGeothermalResearch180(1),9-20.
18.QinghaiGuo,YanxinWang,WeiLiu,2007.MajorhydrogeochemicalprocessesinthetworeservoirsoftheYangbajinggeothermalfield,Tibet,China.JournalofVolcanologyandGeothermalResearch166(3-4),255-268.
19.QinghaiGuo,YanxinWang,TengMa,RuiMa,2007.GeochemicalprocessescontrollingtheelevatedfluorideconcentrationsingroundwatersoftheTaiyuanBasin,NorthernChina.JournalofGeochemicalExploration93(1),1-12.
20.QinghaiGuo,YanxinWang,TengMa,LuxiuLi,2005.Variationofkarstspringdischargeintherecentfivedecadesasanindicatorofglobalclimatechange:acasestudyatShanxi,northernChina.ScienceinChinaSeriesD-EarthSciences48(11),2001-2010.
21.郭清海,王焰新,2014.典型新生代断陷盆地内孔隙地下水地球化学过程及其模拟——以山西太原盆地为例.地学前缘,21(4),83-90.
22.郭清海,闫世龙,蒋方媛,2005.太原市深层孔隙水的水化学分带性及其地球化学模拟.地球科学,30(2),245-249.
23.郭清海,王焰新,马腾,李录秀,2005.山西岩溶大泉近50年的流量变化过程及其对全球气候变化的指示意义.中国科学D辑,35(2),167-175.
24.YaowuCao,QinghaiGuo*,ZhuShu,CongJiao,LiLuo,WeiGuo,QianZhao,ZuoweiYin,2019.Tungstateremovalfromaqueoussolutionbynanocrystallineiowaite:Aniron-bearinglayereddoublehydroxide.EnvironmentalPollution247,118-127.
25.LiLuo,QinghaiGuo*,YaowuCao,2019.Uptakeofaqueoustungstenandmolybdenumbyanitrateintercalated,pyroaurite-likeanionexchangeableclay.AppliedClayScience180,1-10.
26.MingliangLiu,QinghaiGuo*,GengWu,WeiGuo,WeiyuShe,WeideYan,2019.BorongeochemistryofthegeothermalwatersfromtwotypicalhydrothermalsystemsinSouthernTibet(China):DaggyaiandQuzhuomu.Geothermics82,190-202.
27.JinLuo,YongqiangZhu,QinghaiGuo*,LongTan,YaqinZhuang,MingliangLiu,CanhaiZhang,MingchengZhu,WeiXiang,2018.Chemicalstimulationonthehydraulicpropertiesofartificiallyfracturedgraniteforenhancedgeothermalsystem.Energy142,754-764.
28.ZhuShu,QinghaiGuo*,YunChen,JunZhou,WeiGuo,YaowuCao,2017.Acceleratedsorptionofboronfromaqueoussolutionbyfew-layerhydrotalcitenanosheets.AppliedClayScience149,13-19.
29.YaowuCao,QinghaiGuo*,ZhuShu,YaqinZhuang,ZhengyanYu,WeiGuo,CanhaiZhang,MingchengZhu,QianZhao,TianlinRen,2016.Applicationofcalcinediowaiteinarsenicremovalfromaqueoussolution.AppliedClayScience126,313-321.
30.MingliangLiu,QinghaiGuo*,XiaoboZhang,YanxinWang,2015.CharacteristicsolutesingeothermalwaterfromtheRehaihydrothermalsystem,SouthwesternChina.JournalofEarthScience26(1),140-148.
31.XiaoboZhang,QinghaiGuo*,JiexiangLi,MingliangLiu,YanxinWang,YijunYang,2015.EstimationofReservoirTemperatureUsingSilicaandCationicSolutesGeothermometers:ACaseStudyintheTengchongGeothermalArea.ChineseJournalofGeochemistry34(2),233-240.
32.JianfeiYuan,QinghaiGuo*,YanxinWang,2014.GeochemicalbehaviorsofboronanditsisotopesinaqueousenvironmentoftheYangbajingandYangyigeothermalfields,Tibet,China.JournalofGeochemicalExploration140,11-22.
33.YanxinWang,QinghaiGuo,ChunliSu,TengMa,2006.Strontiumisotopecharacterizationandmajoriongeochemistryofkarstwaterflow,Shentou,northernChina.Journalofhydrology328(3-4),592-603.
34.严克涛,郭清海*,刘明亮,2019.西藏搭格架高温热泉中砷的地球化学异常及其存在形态.吉林大学学报(地球科学版),49(2),548-558.
35.赵倩,郭清海*,罗黎,2018.水中硫代钨酸盐的形成及其形态转化.中国环境科学,38(9),3437-3446.
36.余正艳,郭清海*,曹耀武,庄亚芹,张灿海,朱明成,2018.阴离子黏土处理增强型地热系统返排液的研究.环境化学,37(2),335-346.
37.李洁祥,郭清海*,余正艳,2017.高温地热系统中粘土矿物形成对Na-K和K-Mg地球化学温标准确性的影响.地球科学-中国地质大学学报,42(1),142-154.
38.王敏黛,郭清海*,郭伟,彭月娥,赵倩,2016.硫代砷化物的合成、鉴定和定量分析方法研究.分析化学,44(11),1715-1720.
39.庄亚芹,郭清海*,刘明亮,李洁祥,周超,2016.高温富硫化物热泉中硫代砷化物存在形态的地球化学模拟:以云南腾冲热海水热区为例.地球科学-中国地质大学学报,41(9),1499-1510.
40.李洁祥,郭清海*,王焰新,2015.高温热田深部母地热流体的温度计算及其升流后经历的冷却过程:以腾冲热海热田为例.地球科学——中国地质大学学报,40(9),1576-1584.
41.王敏黛,郭清海*,严维德,刘明亮,曹耀武,李洁祥,石维栋,尚小刚,马月花,2014.青海共和盆地中低温地热流体发电.地球科学——中国地质大学学报,39(9),1317-1322.
42.天娇,郭清海*,2013.水铝钙石类阴离子黏土在水污染处理领域应用的研究现状.环境化学,32(8),1571-1579.
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