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海泥中srb对纯锌阳极腐蚀行为的影响

Keywords: 材料失效与保护,硫酸盐还原菌,,电化学阻抗谱,?锌,?海泥

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Abstract:

?测量锌阳极在海泥和含硫酸盐还原菌(srb)海泥中构成的宏电池中的腐蚀,研究了srb对海泥中纯锌阳极材料的腐蚀行为的影响。结果表明,srb能快速破坏纯锌的表面钝化膜,提高锌阳极在海泥中的自腐蚀速率。在含srb和无srb海泥构成的宏电池体系中,含菌海泥中的锌试样为电偶对的阳极,腐蚀增大;无菌海泥中的试样为电偶对的阴极,腐蚀受到抑制。

References

[1]  lifushao,anmaozhong,liuguangzhou,duandongxia,effectsofsulfidationofpassivefilminthepresenceofsrbonthepittingcorrosionbehaviorsofstainlesssteels,materialschemistryandphysics,113(2-3),971-976(2009)
[2]  p.j.antony,r.k.singhraman,r.mohanram,pradeepkumar,r.raman,influenceofthermalagingonsulfate-reducingbacteria(srb)-influencedcorrosionbehaviourof2205duplexstainlesssteel,corrosionscience,50(7),1858-1864(2008)
[3]  eilhan-sungur,ncansever,acotuk,microbialcorrosionofgalvanizedsteelbyafreshwaterstrainofsulphatereducingbacteria(desulfovibriosp),corrosionscience,49(3),1097-1109(2007)
[4]  p.j.antony,shobhanachongdar,pradeepkumar,r.raman,corrosionof2205duplexstainlesssteelinchloridemediumcontainingsulfate-reducingbacteria,electrochimicaacta52(12)3985–3994(2007)
[5]  homerocastaneda,xochitld,benetton,srb-biofilminfluenceinactivecorrosionsitesformedatthesteel-electrolyteinterfacewhenexposedtoartificialseawaterconditions,corrosionscience,50(4),1169-1183(2008)
[6]  tsrao,arunajyothikora,banupkumar,svnarasimhan,rfeser,pittingcorrosionoftitaniumbyafreshwaterstrainofsulphatereducingbacteria(desulfovibriovulgaris),corrosionscience,47(5),1071-1084(2005)
[7]  changxueting,chenshougang,gaoguanhui,yinyansheng,chengshaandliutao,electrochemicalbehaviorofmicrobiologicallyinfluencedcorrosiononfe3alinmarineenvironment,actametall,22(4),313-320(2009)
[8]  杜一立,李进,崔连军,赵哲军,生物膜在b30合金微生物腐蚀中的作用,腐蚀科学与防护技术,19(6),401-405(2007)
[9]  武江,刘贵甫,张洁,耐高温锌基合金牺牲阳极的研制,有色矿冶,23(3),34-36(2007)
[10]  符岩,翟秀静,王杰,李涛,柳忠宝,张晓顺,添加稀土元素的锌基合金牺牲阳极的研究,稀土,26(1),49-52(2005)
[11]  gcabrera,rperez,jmgomez,aabalos,dcantero,toxiceffectsofdissolvedheavymetalsondesulfovibriovulgarisanddesulfovibriospstrains,journalofhazardousmaterials,135(1-3),40-46(2006)
[12]  srpoulson,pjscolberg,jidrever,toxicityofheavymetals(ni,zn)todesulfovibriodesulfuricans,geomicrobioljournal,14(1),41-49(1997)
[13]  刘靖,许立铭,郑家燊.硫酸盐还原菌生物膜下cu-zn合金的腐蚀研究,中国腐蚀与防护学报,21(6),345-351(2001)
[14]  孙成,韩恩厚,硫酸盐还原菌对海底土中锌腐蚀的影响,中国有色金属学报,13(5),1262-1266(2003)
[15]  xucongmin,zhangyaoheng,chengguangxu,zhuwensheng,pittingcorrosionbehaviorof316lstainlesssteelinthemediaofsulphate-reducingandiron-oxidizingbacteria,materialscharacterization,59(3),245-255(2008)
[16]  duanjizhou,houbaorong,yuzhigang,characteristicsofsulfidecorrosionproductson316lstainlesssteelsurfacesinthepresenceofsulfate-reducingbacteria,materialsscienceandengineeringc,26(4)624-629(2006)
[17]  龙晋明,郭忠诚,樊爱民,韩夏云,牺牲阳极材料及其在金属防腐工程中的应用,云南冶金,31(3),142-148(2002)
[18]  朱永艳,黄彦良,黄侣迪,张杨杨,16mn钢在海泥中的氢渗透行为研究,腐蚀科学与防护技术,20(2),118-120(2008)
[19]  vputgikar,hhtabak,jrhaines,rgovind,quantificationoftoxicandinhibitoryimpactofcopperandzinconmixedculturesofsulfate-reducingbacteria,biotechnologyandbioengineering,82(3),306-312(2003)
[20]  samiaazabou,taharmechichi,samisayadi,zincprecipitationbyheavy-metaltolerantsulfate-reducingbacteriaenrichedonphosphogypsumasasulfatesource,mineralsengineering,20(2),173-178(2007)

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