[1]WANGQ,HUX,ZIF,etal.Environmentallyfriendlyextractionofgoldfromrefractoryconcentrateusingacopper-ethylenediamine-thio-sulfatesolution[J].JournalofCleanerProduction,2019,214:860-872.
[2]XUB,LIK,LIQ,etal.Kineticstudiesofgoldleachingfromagoldconcentratecalcinebythiosulfatewithcobalt-ammoniacatalysisandgoldrecoverybyresinadsorptionfromitspregnantsolution[J].Sepa-rationandPurificationTechnology,2019,213:368-377.
[3]YANGY,GAOW,XUB,etal.Studyonoxygenpressurethiosulfateleachingofgoldwithoutthecatalysisofcopperandammonia[J].Hydrometallurgy,2019,187:71-80.
[4]ZHONGLD,TAOJ,XUB,etal.Asystematicandcomparativestudyofcopper,nickelandcobalt-ammoniacatalyzedthiosulfateprocessesforeco-friendlyandefficientgoldextractionfromanoxidegoldconcentrate[J].SeparationandPurificationTechnology,2021,272:118929.
[5]SANGHEEJ,SHARRYDONB,ILHWANP,etal.Asimpleandefficientrecoverytechniqueforgoldionsfrom ammoniumthiosulfatemediumbygalvanicinteractionsofzero-valentaluminumandactivatedcarbon:Aparametricandmechanisticstudyofcementation[J].Hydrometallurgy,2022,208:105815.
[6]NICOLM,FLEMINGC,PAULR.Thechemistryoftheextractionofgold[J].JohannesburgSouthAfrica,1987,15:831-905.
[7]KAESCHEH,ANTELMANM.Theencyclopediaofchemicalelectrodepotentials[J].PlenumPress,1982,86(10):960-961.
[8]韩彬,童雄,谢贤,等.硫代硫酸盐浸金体系研究进展[J].矿产综合利用,2015(3):11-16.
[9]王旭锋.新型硫代硫酸盐浸金体系研究[D].沈阳:东北大学,2017.
[10]RABAIG,EPSTEINI.Equilibriaandkineticsofthefastinteractionbetweencopper(Ⅱ)andthiosulfateionsinaqueoussolutions[J].InorganicChemistry,1992,31:3239-3242.
[11]BREUERP,JEFFREYM.Anelectrochemicalstudyofgoldleachinginthiosulfatesolutionscontainingcopperandammonia[J].Hydrometallurgy,2002,65(2/3):145-157.
[12]CHENQT.Calculationofcontactstressofplasticgears[J].JournalofChinaUniversityofMiningandTechnology,1995,5(2):60-68.
[13]BYERLEYJ,FOUDAS,REMPELG.Kineticsandmechanismoftheoxidationofthiosulfateionsbycopper(Ⅱ)ionsinaqueousammoniasolution[J].JournaloftheChemicalSociety,1973,8:889-893.
[14]BRIONESR,LAPIDUSG.Theleachingofsilversulfidewiththethiosulfate-ammonia-cupricionsystem[J].Hydrometallurgy,1998,50:243-260.
[15]BHAPPUR.Hydrometallurgicalprocessingofpreciousmetalores[J].GordonandBreachSciencePublishers,1990,6(1/2/3/4):66-80.
[16]BENEDETTIM,BOULEGUEJ.Mechanismofgoldtransferanddepositioninasupergeneenvironment[J].EnviromentalGeoche-mistryandHealth,1991,55(6):1539-1547.
[17]XIONGY,WANLW,XUANJ,etal.SelectiverecoveryofAg(Ⅰ)
coordinationanionfromsimulatenickelelectrolyteusingcornstalkbasedadsorbentmodifiedbyammonia-thiosemicarbazide[J].JournalofHazardousMaterials,2016,301:277-285.
[18]JEONS,ITOM,TABELINBC,etal.GoldrecoveryfromshredderlightfractionofE-wasterecyclingplantbyflotation-ammoniumthiosulfateleaching[J].WasteManagement,2018,77:195-202.
[19]LIH,LIS,SRINIVASAKANNANC,etal.Efficientcleaningextractionofsilverfromspentsymbiosislead-zincmineassistedbyultrasoundinsodiumthiosulfatesystem[J].UltrasonicsSonochemistry,2018,49:118-127.
[20]王治科,李娟,李永芳.乙二胺四乙酸二钠对铜粉置换硫代硫酸盐金的影响[J].有色金属(冶炼部分),2013(3):44-46,50.
[21]HARUNOBUA,TOYOHISAF,WANTY.Goldcementationfromammoniumthiosulfatesolutionbyzinc,copperandaluminiumpowders[J].MaterialsTransactions,2002,43(3):485-493.
[22]ZHANGHG,DREISINGERDB.Theadsorptionofgoldandcopperontoion-exchangeresinsfrom ammonaicalthiosulfatesolutions[J].Hydrometallurgy,2002,66(1/2/3):67-76.
[23]ZHANGHG,DREISINGERDB.Therecoveryofgoldfromammonical thiosulfatesolutionscontainingcopperusingionexchangeresincolumns[J].Hydrometallurgy,2004,72(3/4):225-234.
[24]O’MALLEYG.Recoveryofgoldfromthiosulfatesolutionsandpulpswithanionexchangeresins[D].Perth:MurdochUniversity,2002.
[25]ANDREWC,GREGW,MATTHEWJ.Leachingandrecoveryofgoldusingammoniacalthiosulfateleachliquors[J].Hydrometallurgy,2003,69(1/2/3):1-21.
[26]JEFFREYM,HEWITTD,DAIX,etal.Ionexchangeadsorption
andelutionforrecoveringgoldthiosulfatefromleachsolutions[J].Hydrometallurgy,2010,100(3/4):136-143.
[27]ADRIANT,JOSEG,SEBASTIANC,etal.Selectiveelectrochemicalgoldrecoveryfromleachingsolutionsofthiosulfate[J].JournaloftheElectrochemicalSociety,2017,164(7):363-370.
[28]JAEHEONL,BRENTH.Electrochemicalstudyofgoldcementationontocopperinthiosulfatesolution[C]∥Theelectrochemicalsociety.203rdmeetingoftheelectrochemicalsociety(abstracts).Pennington:Theelectrochemicalsociety,2004,71:351-362.