吕战鹏，男，1967年10月生，博士，上海大学材料科学与工程学院材料研究所研究员，博士生导师。1984-1991年就读于华中理工大学化学系应用化学专业，1988年获学士学位，1991年获硕士学位。1996年毕业于中科院上海冶金研究所，获博士学位,然后在上海材料研究所工作。2001-2003在日本东北大学为JSPS海外特别研究员,2003-2005为日本东北大学21世纪COE研究员,2005年起任日本东北大学副教授.发表SCI收录期刊论文三十篇。

主要从事的研究领域：
　　核电材料的环境促进开裂
主要专业期刊论文：
1.Z.P.Lu,T.Shoji,F.J.,H.Xue,Y.B.Qiu,Y.Takeda,K.Negishi.Characterizationofmicrostructureandlocaldeformationin316NGweldheat-affectedzoneandstresscorrosioncrackinginhightemperaturewater.CorrosionScience,53,(2011)1916-1932.
2.Z.P.Lu,T.Shoji,F.J.Meng,Y.B.Qiu,T.C.Dan,H.Xue.Effectsofwaterchemistryandloadingconditionsoncrackgrowthbehaviorofcold-rolled316NGstainlesssteelinhightemperaturewater.CorrosionScience,53,(2011)247-262.
3.Z.P.Lu,T.Shoji,W.Yang.Anomaloussurfacemorphologyofirongeneratedafteranodicdissolutionundermagneticfields.CorrosionScience,52(8),2010,pp.2680-2686.
4.Z.P.Lu,T.Shoji,T.C.Dan,Y.B.Qiu,T.Yonezawa.Theeffectofroll-processingorientationonstresscorrosioncrackingofwarm-rolled304Lstainlesssteelinoxygenatedanddeoxygenatedhightemperaturepurewater.CorrosionScience,52(8),2010,pp.2547-2555.
5.F.J.Meng,Z.P.Lu,T.Shoji1,J.Q.Wang,E.H.Han,W.Ke.Stresscorrosioncrackingofuni-directionallycoldworked316NGstainlesssteelinsimulatedPWRprimarywaterwithvariousdissolvedhydrogenconcentrations.CorrosionScience53(2011),(8)2558-2565.
6.Y.B.Qiu,T.Shoji,Z.P.Lu.TheEffectsofDissolvedHydrogenontheElectrochemicalBehaviorsofAlloy600MAinPWRWaterat290oC.CorrosionScience,53,(2011)1983-1989.
7.H.Xue,Z.J.Li,Z.P.Lu,T.Shoji.Theeffectofsingletensileoverloadonstresscorrosioncrackinggrowthofstainlesssteelinalightwaterreactorenvironment.NuclearEngineeringandDesign.241(3),(2011)731-738.
8.T.C.Dan,Z.P.Lu,J.Q.Wang,E.H.Han,T.Shoji,W.Ke.Crackgrowthbehaviorofstresscorrosioncrackingof690Alloyinhightemperaturewater.ActaMetall.Sinica.,2010Vol.46(10):1267-1274.
9.T.Ｃ．Dan,T.Shoji,Z.P.Lu,K.Sakaguchi,J.Q.Wang,E.H.Han,W.Ke.EffectsofhydrogenontheanodicbehaviorofAlloy690at60oC.CorrosionScience,52(4),(2010),1228-1236.
10.T.Shoji,Z.P.Lu,H.Murakami.Formulatingstresscorrosioncrackinggrowthratesbycombinationofcracktipmechanicsandcracktipoxidationkinetics,CorrosionScience,52(3),(2010),769-779.
11.W.Yang,C,B.Huang,J.J.Zhou,Z.P.Lu,StresscorrosioncrackingofNitrogen-containingstainlesssteel316LNinhightemperaturewaterenvironments.ChineseJournalofMechanicalEngineering,23(6),(2010),677-683.
12.Z.P.Lu,Y.Takeda,T.Shoji.Somefundamentalaspectsofthermallyactivatedprocessesinvolvedinstresscorrosioncrackinginhightemperatureaqueousenvironments.JournalofNuclearMaterials,383(3),(2008),92-96.
13.Z.P.Lu,T.Shoji,Y.Takeda,Y.Ito,SeiyaYamazaki.Thedependencyofthecrackgrowthrateontheloadingpatternandtemperatureinstresscorrosioncrackingofstrain-hardened316LstainlesssteelsinasimulatedBWRenvironment.CorrosionScience,50(3),(2008),698-712.
14.Z.P.Lu,T.Shoji,Y.Takeda,Y.Ito,A.Kai,S.Yamazaki.Transientandsteadystatecrackgrowthkineticsforstresscorrosioncrackingofacoldworked316Lstainlesssteelinoxygenatedpurewateratdifferenttemperatures.CorrosionScience,50(2),(2008),561-575.
15.Z.P.Lu,W.Yang.Insitumonitoringtheeffectsofamagneticfieldontheopen-circuitcorrosionstatesofironinacidicandneutralsolutions.CorrosionScience,50(2),(2008),510-522.
16.Z.P.Lu,T.Shoji,Y.Takeda,Y.Ito,A.Kai,N.Tsuchiya.Effectsofloadingmodeandwaterchemistryonstresscorrosioncrackgrowthbehaviorof316LHAZandweldmetalmaterialsinhightemperaturepurewater.CorrosionScience,50(3),(2008),625-638.
17.S.Yamazaki,Z.P.Lu,Y.Ito,Y.Takeda,T.ShojiTheeffectofPriorDeformationontheStressCorrosionCrackingGrowthRateofAlloy600MaterialsinSimulatedPressurizedWaterReactorPrimaryWater.CorrosionScience,50(3),(2008),835-846.
18.Z.Lu,T.Shoji,Y.Takeda,A.Kai,Y.Ito.Effectsofloadingmodeandtemperatureonstresscorrosioncrackinggrowthratesofacold-workedtype316Lstainlesssteelinoxygenatedpurewater.Corrosion,63(11),(2007),1021-1032.
19.Z.P.Lu,C.B.Huang,D.L.Huang,W.Yang.Effectsofamagneticfieldontheanodicdissolution,passivationandtranspassivationbehaviourofironinweaklyalkalinesolutionswithorwithouthalides.CorrosionScience,48(2006):3049-3077.
20.Y.Ito,Z.P.Lu,H.Miura,T.Yonezawa,T.Shoji.Effectoftemperatureonthemicroscopicappearanceofthefracturesurfaceofalloy690TTunderSSRTTesting.JSMEInternationalJournal,SeriesA,49(3),(2006),355-362.
21.Z.P.Lu,T.Shoji.UnifiedInterpretationofCrackGrowthRatesofNi-BaseAlloysinLWREnvironments.JournalPressureVesselTechnology,128(2006),318-327.
22.Z.P.Lu,D.L.Huang,W.Yang.Probingintotheeffectsofamagneticfieldontheelectrodeprocessesofironinsulphuricacidsolutionswithdichromatebasedonthefundamentalelectrochemistrykinetics.CorrosionScience,2005,47(6)1471-1492.
23.Z.P.Lu,Y.Takeda,T.Shoji.EffectsofEnvironmentalFactorsontheElectronicPropertiesofInterfacialOxideFilmon304LStainlessSteelinHighTemperaturePureWater.KeyEngineeringMaterials.Vol.261-263.pp.925-930,2004.
24.Z.P.Lu,D.L.Huang,W..Yang,JohnCongletonEffectsofanappliedmagneticfieldonthedissolutionandpassivationofironinsulphuricacid.CorrosionScience,45,10(2003),2233-2249.
25.W.Yang,Z.P.Lu,D.L.Huang,D.S.Kong,G.ZZhao,J.Congleton.Causticstresscorrosioncrackingofnickel-rich,chromium-bearingalloys.CorrosionScience,43,5(2001),963-977.

主持的主要科研项目：
[1]国家自然科学基金面上项目，“磁场对腐蚀金属界面反应的作用规律”,1999-2001。
[2]上海市科委启明星计划项目，铁镍基合金碱性应力腐蚀机理,2000～2002
[3]上海市自然科学基金，离子束辐照方法模拟辐照应力腐蚀的研究．2000～2002.
[4]国家科技部社会公益专项基金项目,核电材料环境促进开裂安全审评依据研究,2001-2003（前期）。
[5]日本学术振兴会　科学研究费辅助金“应力腐蚀裂纹扩展热激活基元过程的动力学解析”，2006-2007。
[6]日本学术振兴会　科学研究费辅助金“材料的弹塑性各项性对高温水中应力腐蚀破裂的力学电化学交互作用机制”，2008-2010．

联系方式：
上海大学材料科学与工程学院材料研究所
上海市延长路149号269信箱，邮编200072
联系电话：+86-21-56336107
E-mail:zplu@shu.edu.cn

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