张宏福张宏福教授，硕士生导师,博士生导师,国家有突出贡献专家,享受政府特殊津贴专家,国家杰出青年科学基金获得者,国家自然科学奖一、二等奖获得者,陕西省“百人计划”获得者,1962年生，陕西省山阳县人。1985年毕业于西北大学地质学系，1988年毕业于中国地质大学（北京）岩石矿物地球化学系，1998年毕业于伦敦大学RoyalHolloway学院，获伦敦大学博士学位。2002年获国家杰出青年科学基金，2010年入选陕西省“百人计划”。现任西北大学大陆动力学国家重点实验室常务副主任，中国矿物岩石地球化学学会理事，岩石地球化学学会地幔矿物岩石地球化学专业委员会副主任委员，担任《GeochemicalJournal》、《科学通报》、《岩石学报》等多种学术刊物编委。

电话（传真）：**（办）E-mail:hfzhang@mail.igcas.ac.cn

研究领域：长期从事大陆岩石圈地幔和下地壳研究，以深源岩石及其捕虏体为对象，探索地幔与地壳、软流圈与岩石圈相互作用的内在机理和外部因素，揭示大陆岩石圈的演化过程。在大陆深部物质和能量交换的内在机理、外部控制因素、非传统稳定同位素等三个方面的研究中取得系统创新性学术成就。
一、创新性提出橄榄岩-熔体相互作用是大陆深部物质和能量交换的内在机理
大陆的演化是固体地球科学根本性的重大科学问题。我国大陆的独特性使其成为研究大陆演化的理想地区。如我国东部，显生宙强烈的岩浆活动、岩石圈的巨厚减薄、甚至含能源盆地的形成都是壳幔物质交换的结果，突显壳幔物质交换在大陆演化中的重要性。然而，引起如此强烈壳幔物质交换的深层原因一直是困扰着地球科学家们的难题。通过对深源岩石及其捕虏体的跨时代跨区域对比研究，即以克拉通破坏为突破口，对比全球，创新性提出并系统论证了橄榄岩-熔体相互作用是大陆深部物质和能量交换的内在机理，并具有全球普适性。
1）充分认识到华北中生代岩石圈演化的重要性，率先开展了华北中生代含幔源捕虏体的火山岩研究，并通过对比不同地区幔源岩石Sr-Nd-Pb同位素特征发现中生代岩石圈地幔存在高度化学不均一性和时空演化规律。
2）地幔橄榄岩的Sr-Nd和Re-Os同位素系统测定揭示华北岩石圈地幔显生宙以来经历了两次重大转变，即从古生代典型克拉通型地幔转变为中生代高度不均一的富集型地幔，再转变为新生代同位素亏损的“大洋型”地幔。
3）精细的岩石学研究发现环带状地幔捕虏晶、橄榄岩、堆晶辉石岩、特别是二辉橄榄岩→富Fe和Ca二辉橄榄岩→极低Mg橄辉岩连续变化的一整套岩石皆是橄榄岩-熔体反应的产物，从岩石学上直接证明了橄榄岩-熔体相互作用的确是导致大陆深部物质和能量交换的内在机制。
4）将华北与全球克拉通的2100余件样品系统对比证明橄榄岩-熔体相互作用在全球大陆岩石圈地幔中普遍存在。但不同地区相互作用程度有所差异：当熔/岩比较小时仅造成矿物微量元素富集和氧同位素不平衡，其克拉通属性尚存；但熔/岩比较大时，能造成橄榄岩主量元素和Re-Os同位素的变化，其克拉通属性会被掩盖，甚至全部丢失。
美国著名科学家Kelemen教授认为罕见的交代现象的发现为大陆岩石圈存在交代成因的方辉橄榄岩提供了明确的岩石学证据。氧同位素成果被Eiler教授编著的《稳定同位素》书中大段引用；发现的18O优先进入熔体的结论被Williams教授认为与热力学预测的结果完全一致。
二、系统论证了克拉通周边板块的俯冲和碰撞作用造成的熔/流体活动是克拉通深部物质和能量交换的一级外部控制因素。
大陆是由稳定的克拉通和相对活动的造山带构成的。大规模熔体活动造成的岩石圈组成和性质的变化是稳定克拉通能够被破坏的根本原因。问题是熔体哪来的、什么原因引起的？以岩石学记录的构造事件为切入点，发现克拉通的破坏与周边造山带的形成和演化密切相关，率先提出并论证了克拉通周边板块的俯冲和碰撞作用造成的熔/流体活动是克拉通深部物质和能量交换的一级外部控制因素。
1）下地壳捕虏体集成研究发现华北太古代下地壳普遍遭受过多期构造热事件的影响，表现为太古代锆石的边缘分别具有460、315、220、120、46Ma年龄峰，这与华北周边造山带构造事件的时间序列完全一致。而且，显生宙锆石具有明显不同于核部的Hf同位素组成，证明克拉通内部演化与其周缘造山带存在密切联系。
2）基于华北南缘中生代II型富集地幔的发现和北缘典型高镁安山岩研究，首先提出了板块俯冲碰撞引起岩石圈破坏的动力学模型：俯冲的大陆/洋壳物质熔融形成的富硅熔体向上迁移并与橄榄岩反应形成富集的岩石圈地幔；造山后岩石圈的伸展以及区域热异常的升高导致地幔减压熔融；俯冲引起的软流圈熔体上侵进一步导致岩石圈向“大洋型”地幔转变。
3）发现全球古老克拉通周缘造山带的持续活动引起的大规模熔体上侵是克拉通破坏的关键，如我国华北和美国西部Wyoming克拉通；当熔体活动较弱时难以造成克拉通实质性破坏，如南非Kaapvaal和加拿大Slave克拉通。大量的软流圈熔体与古老方辉橄榄岩反应能够形成相对年轻的二辉橄榄岩的事实改变了人们对地幔交代作用的传统认识。
著名地球化学家李曙光教授和澳大利亚地质学家Williams教授认为该岩石圈地幔富集过程在全球普遍存在；著名地球化学家郑永飞教授认为该成果对克拉通破坏的深入研究提供了新的思路；著名构造学家Windley教授评价橄榄岩-熔体相互作用是认识古老克拉通能够被破坏的关键。

三、开拓引领非传统稳定同位素（Li-Fe-Mg）的地幔地球化学研究
非传统稳定同位素是近年来新兴的同位素示踪方法，在矿床学和地表过程中应用广泛。张宏福及其研究生开拓性地将其应用于大陆岩石圈演化研究中，并证明在示踪熔体组成和来源方面效果明显。开拓并引领了大陆研究的新领域。
1）原位Li含量和Li同位素研究发现地幔存在明显的Li同位素不平衡，并具有低?7Li端元，该发现动摇了地幔具有均一Li同位素组成的传统认识。同时发现不同熔体交代造成的Li同位素分馏趋势不同。地幔中Fe和Mg是主量元素，一般过程很难造成其同位素变化，但Fe和Mg同位素探索研究发现地幔中的确存在Fe和Mg同位素不平衡，而且轻的Fe和Mg同位素仅出现在受碳酸岩熔体强烈改造的样品中。从而使Li-Fe-Mg同位素成为有效的地幔交代作用示踪剂。
2）发现交代作用所驱动的元素扩散是导致Li同位素分馏的主要机理；而交代作用引起的氧化还原状态的变化是导致Fe同位素分馏的主要机理；深化了对Li和Fe同位素分馏理论的认识。
2007年GCA文章因是国际上首批研究地幔橄榄岩Li同位素的文章，被该刊副编辑Mysen教授极力推荐；2009年EPSL文章被评为“2010年中国百篇最具影响国际学术论文”。培养了年青的Li、Fe、Mg同位素研究人员。

上述成果共发表论文151篇，其中SCI收录121篇（第一作者36篇，第二作者61篇），被SCI他引1918次；CSCD收录113篇，被他引1398次，为ISIGeosciences的Top1%高引用率作者（第167名）。3篇被Elsevier评为“MostCitedPaper”，5篇第一作者论文为ISI全球Geosciencestop1%论文。4篇代表性文章引用以“岩石圈地幔”为主题在WebofKnowledge全球所有数据库检索的2万多篇文章中排名在前75位（其中2002CMP文章第4位）；主持国际学术会议1次，特邀编辑组织国际期刊专辑2部。这些成果发表SCI论文39篇（第一作者16篇），被SCI论文他引865次。
与香港大学地球科学系、英国伦敦大学地质系、美国哥伦比亚大学Lamont-DohertyEarthObservatory、美国卡内基研究所、日本冈山大学固体地球科学中心、国南锡岩石地球化学国家研究中心（CRPG-CNRS）保持长期合作研究。

代表性论著：
1）第一作者SCI论文
1.ZhangH.F.,ChenL.,SantoshM.,MenziesM.A.Constructionanddestructionofcratons:Preface.GondwanaResearch23(2013),1-3.
2.ZhangH.F.,ZhuR.X.,SantoshM.,YingJ.F.,SuB.X.,HuY.EpisodicwidespreadmagmaunderplatingbeneaththeNorthChinaCratoninthePhanerozoic:Implicationsforcratondestruction.GondwanaResearch23(2013),95-107.
3.ZhangH.F.,YingJ.F.,SantoshM.,ZhaoG.C.EpisodicgrowthofPrecambrianlowercrustbeneaththeNorthChinaCraton:Asynthesis.PrecambrianResearch222-223(2012),255-264.
4.ZhangH.F.,SunY.L.,TangY.J.,XiaoY.,ZhangW.H.,ZhaoX.M.,SantoshM.,MenziesM.A.Melt-peridotiteinteractioninthePre-CambrianmantlebeneaththewesternNorthChinaCraton:Petrology,geochemistryandSr,NdandReisotopes.Lithos149(2012),100-114.
5.ZhangH.F.DestructionofancientlowercrustthroughmagmaunderplatingbeneathJiaodongPeninsula,NorthChinaCraton:U-PbandHfisotopicevidencefromgranulitexenoliths.GondwanaResearch21(2012),281-292.
6.ZhangH.F.,YangY.H.,SantoshM.,ZhaoX.M.,YingJ.F.,XiaoY.EvolutionoftheArcheanandPaleoproterozoiclowercrustbeneaththeTrans-NorthChinaOrogenandtheWesternBlockoftheNorthChinaCraton.GondwanaResearch22(2012),73-85.
7.ZhangH.F.,YingJ.F.,TangY.J.,LiX.H.,FengC.,SantoshM.PhanerozoicreactivationoftheArcheanNorthChinaCratonthroughepisodicmagmatism:EvidencefromzirconU-PbgeochronologyandHfisotopesfromtheLiaodongPeninsula.GondwanaResearch19(2011),446-459.
8.ZhangH.F.,DelouleE.,TangJ.Y.,YingJ.F.Melt/rockinteractioninremainsofrefertilizedArcheanlithosphericmantleinJiaodongPeninsula,NorthChinaCraton:Liisotopicevidence.ContributionstoMineralogyandPetrology160(2010),261-277.
9.ZhangH.F.,ZhouM.F.,SunM.,ZhouX.H.TheoriginofMengyinandFuxiandiamondiferouskimberlitesfromtheNorthChinaCraton:ImplicationforPalaeozoicsubductedoceanicslab-mantleinteraction.JournalofAsianEarthSciences37(2010),425-437.
10.ZhangH.F.,NakamuraE.,KobayashiK.,YingJ.F.,YangY.J.Recycledcrustalmeltinjectionintolithosphericmantle:implicationfromcumulativecompositeandpyroxenitexenoliths.InternationalJournalofEarthSciences99(2010),1167-1186.
11.ZhangH.F.,GoldsteinS.L.,ZhouX.H.,SunM.,CaiY.ComprehensiverefertilizationoflithosphericmantlebeneaththeNorthChinaCraton:furtherOs-Sr-Ndisotopicconstraints.JournaloftheGeologicalSociety,London166(2009),249-259.
12.ZhangH.F.Peridotite-meltinteraction:akeypointforthedestructionofcratoniclithosphericmantle.ChineseScienceBulletin54(2009),3417-3437.[张宏福.橄榄岩-熔体相互作用：克拉通型岩石圈地幔能够被破坏之关键.科学通报54(14)(2009),2008-2026].
13.ZhangH.F.,GoldsteinS.L.,ZhouX.H.,SunM.,ZhengJ.P.,CaiY.EvolutionofsubcontinentallithosphericmantlebeneatheasternChina:Re-OsisotopicevidencefrommantlexenolithsinPaleozoickimberlitesandMesozoicbasalts.ContributionstoMinerologyandPetrology155(2008),271-293.
14.张宏福.橄榄岩-熔体相互作用过程中Re-Os体系的变化趋势：对华北新生代地幔橄榄岩Re-Os年龄含义的启示.岩石学报24(11)(2008),2457-2467.[ZhangH.F.VariationofRe-Osisotopicsystemduringperidotite-meltinteraction:implicationforthemeaningofRe-OsisotopicageofCenozoicmantleperidotitesfromtheNorthChinaCraton.ActaPetrologicaSinica24(11)(2008),2457-2467].
15.张宏福,邵济安.辽西义县组火山岩：拆沉作用还是岩浆混合作用的产物？岩石学报24(1)(2008),37-48.[ZhangH.F.,ShaoJ.A.VolcaniclavasoftheYixianFormationinwesternLiaoningprovince,China:productsoflowercrustdelaminationormagmamixing.ActaPetrologicaSinica24(1)(2008),37-48].
16.ZhangH.F.,YingJ.F.,ShimodaG.,KitaN.T.,MorishitaY.,ShaoJ.A.,TangY.J.Importanceofmeltcirculationandcrust-mantleinteractioninthelithosphericevolutionbeneaththeNorthChinaCraton:EvidencefromMesozoicbasalt-borneclinopyroxenexenocrystsandpyroxenitexenoliths.Lithos96(2007),67-89.
17.ZhangH.F.,NakamuraE.,SunM.,KobayashiK.,ZhangJ.,YingJ.F.,TangY.J.,NiuL.F.Transformationofsubcontinentallithosphericmantlethroughperidotite-meltreaction:EvidencefromahighlyfertilemantlexenolithfromtheNorthChinaCraton.InternationalGeologyReview49(2007),658-679.
18.张宏福,杨岳衡.华北克拉通东部含金刚石金伯利岩的侵位年龄和Sr-Nd-Hf同位素地球化学特征.岩石学报23(2)(2007),285-294.[ZhangH.F.,YangY.H.EmplacementageandSr-Nd-HfisotopiccharacteristicsofthediamondiferouskimberlitesfromtheeasternNorthChinaCraton.ActaPetrologicaSinica23(2)(2007),285-294].
19.ZhangH.F.,NakamuraE.,ZhangJ.,AkiraI.GlassmeltinclusioninclinopyroxenefromLinquCenozoicbasalt,ShandongProvince,China.ChineseScienceBulletin51(2006),1869-1876.[张宏福,NakamuraE.,张瑾,AkiraI.山东临朐新生代玄武岩携带的单斜辉石晶体中玻璃质熔体包裹体.科学通报51(13)(2006),1558-1564].
20.张宏福,英基丰,汤艳杰,张瑾,赵新苗,牛利锋,肖燕,苏本勋.华北东部中、新生代岩石圈地幔的不均一性：来自橄榄石的组成填图结果.岩石学报22(9)(2006),2279-2288.[ZhangH.F.,YingJ.F.,TangY.J.,ZhangJ.,ZhaoX.M.,NiuL.F.,XiaoY.,SuB.X.HeterogeneityofMesozoicandCenozoiclithosphericmantlebeneaththeeasternNorthChinaCraton:evidencefromolivinecompositionalmapping.ActaPetrologicaSinica22(9)(2006),2279-2288].
21.ZhangH.F.Transformationoflithosphericmantlethroughperidotite-meltreaction:acaseofSino-Koreancraton.EarthandPlanetaryScienceLetters237(2005),768-780.
22.ZhangH.F.,SunM.,ZhouX.H.,YingJ.F.GeochemicalconstraintsontheoriginofMesozoicalkalineintrusivecomplexesfromtheNorthChinaCratonandtectonicimplications.Lithos81(2005),297-317.
23.张宏福,周新华,范蔚茗,孙敏,郭锋,英基丰,汤艳杰,张瑾,牛利锋.华北东南部中生代岩石圈地幔性质、组成、富集过程及其形成机理.岩石学报21(4)(2005),1271-1280.[ZhangH.F.,ZhouX.H.,FanW.M.,SunM.,GuoF.,YingJ.F.,TangY.J.,ZhangJ.,NiuL.F.Nature,composition,enrichmentprocessesanditsmechanismoftheMesozoiclithosphericmantlebeneaththesoutheasternNorthChinaCraton.ActaPetrologicaSinica21(4)(2005),1271-1280].
24.ZhangH.F.,SunM.,ZhouM.F.,FanW.M.,ZhouX.H.,ZhaiM.G.HighlyheterogeneousLateMesozoiclithosphericmantlebeneaththeNorthChinaCraton:evidencefromSr-Nd-Pbisotopicsystematicsofmaficigneousrocks.GeologicalMagazine141(2004),55-62.
25.ZhangH.F.,YingJ.F.,XuP.,MaY.G.MantleolivinexenocrystsentrainedinMesozoicbasaltsfromtheNorthChinacraton:implicationforreplacementprocessoflithosphericmantle.ChineseScienceBulletin49(9)(2004),961-966.[张宏福,英基丰,徐平,马玉光.华北中生代玄武岩中地幔橄榄石捕虏晶：对岩石圈置换过程的启示.科学通报49(9)(2004),961-966].
26.ZhangH.F.,SunM.,ZhouX.H.,ZhouM.F.,FanW.M.,ZhengJ.P.SecularevolutionofthelithospherebeneaththeeasternNorthChinaCraton:evidencefromMesozoicbasaltsandhigh-Mgandesites.GeochimicaetCosmochimicaActa67(22)(2003),4373-4387.
27.ZhangH.F.,MenziesM.A.,MatteyD.Mixedmantleprovenance:diversegarnetcompositionsinpolymictperidotites,Kaapvaalcraton,SouthAfrica.EarthandPlanetaryScienceLetters216(2003),329-346.
28.ZhangH.F.,ZhengJ.P.GeochemicalcharacteristicsandpetrogenesisofMesozoicbasaltsfromtheNorthChinaCraton:AcasestudyinFuxin,LiaoningProvince.ChineseScienceBulletin48(9)(2003),924-930.[张宏福,郑建平.华北中生代玄武岩的地球化学特征与岩石成因:以辽宁阜新为例.科学通报48(6)(2003),603-609].
29.ZhangH.F.,SunM.,ZhouX.H.,FanW.M.,ZhaiM.G.,YinJ.F.MesozoiclithospheredestructionbeneaththeNorthChinaCraton:evidencefrommajor,traceelement,andSr-Nd-PbisotopestudiesofFangchengbasalts.ContributionstoMineralogyandPetrolology144(2002),241-253.
30.ZhangH.F.,SunM.GeochemistryofMesozoicbasaltsandmaficdikesinsoutheasternNorthChinaCraton,andtectonicimplication.InternationalGeologyReview44(2002),370-382.
31.ZhangH.F.,MenziesM.A.,GurneyJ.J.,ZhouX.H.Cratonicperidotitesandsilica-richmelts:Diopside-enstatiterelationshipsinpolymictxenoliths,Kaapvaal,SouthAfrica.GeochimicaetCosmochimicaActa65(2001),3365-3377.
32.ZhangH.F.,MenziesM.A.,MatteyD.P.,HintonR.H.,GurneyJ.J.Petrology,MineralogyandgeochemistryofoxidemineralsinpolymictxenolithsfromtheBultfonteinkimberlites,SouthAfrica:implicationforlowbulk-rockoxygenisotopicratios.ContributionstoMineralogyandPetrology141(2001),367-379.
33.ZhangH.F.,SunM.,LuF.X.,ZhouX.H.,ZhouM.F.,LiuY.S.,ZhangG.H.GeochemicalsignificanceofagarnetlherzolitefromtheDahongshankimberlite,YangtzeCraton,southernChina.GeochemicalJournal35(2001),315-331.
34.ZhangH.F.,MatteyD.P.,GrassineauN.,LowryD.,BrownlessM.GurneyJ.J.,MenziesM.A.RecentfluidprocessesintheKaapvaalCraton,SouthAfrica:coupledoxygenisotopeandtraceelementdisequilibriuminpolymictperidotites.EarthandPlanetaryScienceLetters176(2000),57-72.
35.ZhangH.F.,MenziesM.A.,LuF.X.,ZhouX.H.MajorandtraceelementstudiesongarnetsfromPalaeozoickimberlite-bornemantlexenolithsandmegacrystsfromtheNorthChinacraton.ScienceinChina(D)43(4)(2000),423-430.[张宏福,MenziesM.A.,路凤香,周新华.华北古生代地幔岩捕掳体中石榴石和巨晶石榴石的主、微量元素.中国科学(D)30(2)(2000),128-134].
36.ZhangH.F.,MenziesM.A.,ZhouX.H.,LuF.X.Texturalandchemicalzoningingarnetsrelatedtomantlemetasomatismanddeformationprocesses.ChineseScienceBulletin45(2)(2000),174-180.[张宏福,MenziesM.A.,周新华,路凤香.石榴石的成份环带与地幔交代及变形作用.科学通报44(22)(1999),2437-2444].

2）第二作者SCI论文（主要是指导的研究生论文）
1.TangY.J.,ZhangH.F.,YingJ.F.,SuB.X.,ChuZ.Y.,XiaoY.,ZhaoX.M.HighlyheterogeneouslithosphericmantlebeneaththeCentralZoneoftheNorthChinaCratonevolvedfromArcheanmantlethroughdiversemeltrefertilization.GondwanaResearch23(2013),130-140.
2.ZhangJ.,ZhangH.F.,LuX.X.ZirconU-PbageandLu-HfisotopeconstraintsonPrecambrianevolutionofcontinentalcrustintheSongshanarea,thesouth-centralNorthChinaCraton.PrecambrianResearch226(2013),1-20.
3.ZhangW.H.,ZhangH.F.,FanW.M.,HanB.F.,ZhouM.F.ThegenesisofCenozoicbasaltsfromtheJiningarea,northernChina:Sr-Nd-Pb-Hfisotopeevidence.JournalofAsianEarthSciences61(2013),128-142.
4.ZhaoX.M.,ZhangH.F.,SuF.,HuZ.C.,LoC.H.,WangY.,YangS.H.,GuoJ.H.Phlogopite40Ar/39ArgeochronologyofmantlexenolithsfromtheNorthChinaCraton:ConstraintsontheeruptionagesofCenozoicbasalts.GondwanaResearch23(2013),208-219.
5.ChenL.,ZhangH.F.,MenziesM.A.Understandingtheformation,reactivationanddestructionofcratons—Preface.Lithos149(2012),1-3.
6.SuB.X.,ZhangH.F.,DelouleE.,SakyiP.A.,XiaoY.,TangY.J.,YanH.,YingJ.F.,LiuP.P.ExtremelyhighLiandlowδ7Lisignaturesinthelithosphericmantle.ChemicalGeology292-293(2012),149-157.
7.SuB.X.,ZhangH.F.,HuY.,SantoshM.,TangY.J.,XiaoY.Thegenesisofmantle-derivedsapphirine.AmericanMineralogist97(2012),856-863.
8.SuB.X.,ZhangH.F.,YangY.H.,SakyiP.A.,YingJ.F.,TangY.J.BreakdownoforthopyroxenecontributingtomeltpocketsinmantleperidotitexenolithsfromtheWesternQinling,centralChina:constraintsfrominsituLA-ICP-MSmineralanalyses.MinerologyandPetrology104(2012),225-247.
9.SuB.X.,ZhangH.F.,YingJ.F.,TangY.J.,HuY.,SantoshM.MetasomatizedlithosphericmantlebeneaththeWesternQinling,CentralChina:Insightintocarbonatitemeltsinthemantle.TheJournalofGeology120(2012),671-681.
10.TangY.J.,ZhangH.F.,DelouleE.,SuB.X.,YingJ.F.,XiaoY.,HuY.Slab-derivedlithiumisotopicsignaturesinmantlexenolithsfromnortheasternNorthChinaCraton.Lithos149(2012),79-90.
11.YangW.,ZhangH.F.ZircongeochronologyandHfisotopiccompositionofMesozoicmagmaticrocksfromChizhou,theLowerYangtzeRegion:ConstraintsontheirrelationshipwithCu-Aumineralization.Lithos150(2012),37-48.
12.ZhangZ.,ZhangH.F.,ShaoJ.A.,YingJ.F.,YangY.H.,SantoshM.Guangtoushangranitesandtheirenclaves:ImplicationsforTriassicmantleupwellinginthenorthernmarginoftheNorthChinaCraton.Lithos149(2012),174-187.
13.ZhaoX.M.,ZhangH.F.,ZhuX.K.,TangS.H.,YanB.Feisotopeevidenceformultistagemelt-peridotiteinteractionsinthelithosphericmantleoftheeasternChina.ChemicalGeology292-293(2012),127-139.
14.SuB.X.,ZhangH.F.,SakyiP.A.,YangY.H.,YingJ.F.,TangY.J.,QinK.Z.,XiaoY.,ZhaoX.M.,MiaoQ.,MaY.G.TheoriginofspongytextureinmineralsofmantlexenolithsfromtheWesternQinling,centralChina.ContributionstoMineralogyandPetrology161(2011),465-482.
15.SuB.X.,ZhangH.F.,TangY.J.,ChisongaB.,QinK.Z.,YingJ.F.,SakyiP.A.Geochemicalsynthesesamongthecratonic,off-cratonicandorogenicgarnetperidotitesandtheirtectonicimplications.InternationalJournalofEarthSciences100(2011),695-715.
16.TangY.J.,ZhangH.F.,NakamuraE.,YingJ.F.Multistagemelt/fluid-peridotiteinteractionsintherefertilizedlithosphericmantlebeneaththeNorthChinaCraton:constraintsfromtheLi-Sr-Ndisotopicdisequilibriumbetweenmineralsofperidotitexenoliths.ContributionstoMineralogyandPetrology161(2011),845-861.
17.XiaoY.,ZhangH.F.EffectsofmeltpercolationonplatinumgroupelementsandRe-OssystematicsofperidotitesfromtheTan-Lufaultzone,easternNorthChinaCraton.JournaloftheGeologicalSociety,London168(2011),1201-1214.
18.XiaoY.,ZhangH.F.,ShiJ.A.,SuB.X.,SakyiP.A.,LuX.C.,HuY.,ZhangZ.LatePaleozoicmagmaticrecordofEastJunggar,NWChinaanditssignificance:ImplicationfromzirconU-PbdatingandHfisotope.GondwanaResearch20(2011),532-542.
19.YingJ.F.,ZhangH.F.,TangY.J.Crust-mantleinteractioninthecentralNorthChinaCratonduringtheMesozoic:EvidencefromzirconU-Pbchronology,Hfisotopeandgeochemistryofsyenitic-monzoniticintrusionsfromShanxiprovince.Lithos125(2011),449-462.
20.ZhangJ.,ZhangH.F.,KitaN.,ShimodaG.,MorishitaY.,YingJ.F.,TangY.J.SecularevolutionofthelithosphericmantlebeneaththeeasternNorthChinacraton:evidencefromperidotiticxenolithsfromLateCretaceousmaficrocksintheJiaodongregion,east-centralChina.InternationalGeologyReview53(2011),182-211.
21.SuB.X.,ZhangH.F.,SakyiP.A.,YingJ.F.,TangY.J.,YangY.H.,QinK.Z.,XiaoY.,ZhaoX.M.CompositionallystratifiedlithosphereandcarbonatitemetasomatismrecordedinmantlexenolithsfromtheWesternQinling(CentralChina).Lithos116(2010),111-128.
22.SuB.X.,ZhangH.F.,SakyiP.A.,QinK.Z.,LiuP.P.,YingJ.F.,TangY.J.,MalaviarachchiS.P.K.,XiaoY.,ZhaoX.M.,MaoQ.,MaY.G.FormationofmeltpocketinmantleperidotitexenolithfromWesternQinling,CentralChina:Partialmeltingandmetasomatism.JournalofEarthScience21(2010),641-668.
23.SuB.X.,ZhangH.F.,SakyiP.A.,QinK.Z.,TangY.J.,YingJ.F.,XiaoY.Garnet-spineltransitionintheuppermantle:Reviewandinterpretation.JournalofEarthScience21(2010),635-640.
24.TangY.J.,ZhangH.F.,YingJ.F.AbriefreviewofisotopicallylightLi–afeatureoftheenrichedmantle?InternationalGeologyReview52(2010),964-976.
25.XiaoY.,ZhangH.F.,FanW.M.,YingJ.F.,ZhangJ.,ZhaoX.M.,SuB.X.EvolutionoflithosphericmantlebeneaththeTan-Lufaultzone,easternNorthChinaCraton:Evidencefrompetrologyandgeochemistryofperidotitexenoliths.Lithos117(2010),229-246.
26.YangY.H.,ZhangH.F.,ChuZ.Y.,XieL.W.,WuF.Y.CombinedchemicalseparationofLu,Hf,Rb,Sr,SmandNdfromasinglerockdigestandpreciseandaccurateisotopedeterminationsofLu-Hf,Rb-SrandSm-NdisotopesystemsusingMulti-CollectorICP-MSandTIMS.InternationalJournalofMassSpectrometry290(2010),120-126.
27.YingJ.F.,ZhangH.F.,TangY.J.ZonedolivinexenocrystsinalateMesozoicgabbrofromthesouthernTaihangMountains:implicationsforoldlithosphericmantlebeneaththecentralNorthChinaCraton.GeologicalMagazine147(2010),161-170.
28.YingJ.F.,ZhangH.F.,TangY.J.LowercrustalxenolithsfromJunan,ShandongprovinceandtheirbearingonthenatureofthelowercrustbeneaththeNorthChinaCraton.Lithos119(2010),263-376.
29.ZhangX.H.,ZhangH.F.,JiangN.,WildeS.A.ContrastingMiddleJurassicandEarlyCretaceousmaficintrusiverocksfromwesternLiaoning,NorthChinacraton.GeologicalMagazine147(2010),844-859.
30.ZhangX.H.,ZhangH.F.,JiangN.,ZhaiM.G.,ZhangY.B.EarlyDevonianalkalineintrusivecomplexfromthenorthernNorthChinacraton:apetrologicmonitorofpost-collisionaltectonics.JournaloftheGeologicalSociety,London167(2010),717-730.
31.ZhangX.H.,ZhangH.F.,WildeS.A.,YangY.H.,ChenH.H.LatePermiantoearlyTriassicmafictofelsicintrusiverocksfromNorthLiaoning,NorthChina:PetrogenesisandimplicationforPhanerozoiccontinentalgrowth.Lithos117(2010),283-306.
32.ZhaoX.M.,ZhangH.F.,ZhuX.K.,TangS.H.,TangY.J.IronisotopevariationsinspinelperidotitexenolithsfromNorthChinaCraton:implicationsformantlemetasomatism.ContributionstoMineralogyandPetrology160(2010),1-14.
33.SuB.X.,ZhangH.F.,YingJ.F.,XiaoY.,ZhaoX.M.NatureandprocessesofthelithosphericmantlebeneaththewesternQinling:evidencefromdeformedperidotiticxenolithsinCenozoickamafugitefromHaoti,GansuProvince,China.JournalofAsianEarthSciences34(2009),258-274.
34.ZhangX.H.,ZhangH.F.,ZhaiM.G.,WildeS.A.,XieL.W.GeochemistryofMiddleTriassicgabbrosfromnorthernLiaoning,NorthChina:originandtectonicimplications.GeologicalMagazine146(2009),540-551.
35.TangY.J.,ZhangH.F.,YingJ.F.,ZhangJ.,LiuX.M.RefertilizationofancientlithosphericmantlebeneaththecentralNorthChinaCraton:Evidencefrompetrologyandgeochemistryofperidotitexenoliths.Lithos101(2008),435-452.
36.邵济安,张宏福,路凤香.辽西壳幔熔体相互作用过程和背景的探讨.岩石学报24(10)(2008),2205-2211.[ShaoJ.A.,ZhangH.F.,LuF.X.Exploringprocessesandsettingsofcrust-andmantle-meltsinteractionsinwestLiaoningProvince.ActaPetrologicaSinica24(10)(2008),2205-2211].
37.肖燕,张宏福,范蔚茗.华北晚中生代和新生代玄武岩中单斜辉石巨晶来源及其对寄主岩岩浆过程的制约：以莒南和鹤壁为例.岩石学报24(1)(2008),65-76.[XiaoY.,ZhangH.F.,FanW.M.OriginofclinopyroxenemegacrystsinthelateMesozoicandCenozoicbasaltsfromtheNorthChinaCratonandtheirconstraintsonthemagmaprocessofhostrocks:acaseoftheJunanandHebi.ActaPetrologicaSinica24(1)(2008),65-76].
38.ZhangJ.,ZhangH.F.,YingJ.F.,TangY.J.,NiuL.F.ContributionofsubductedPacificslabtoLateCretaceousmaficmagmatisminQingdaoregion,China:Apetrologicalrecord.IslandArc17(2008),231-141.
39.ZhangX.H.,ZhangH.F.,TangY.J.,WildeS.A.,HuZ.C.GeochemistryofPermianbimodalvolcanicrocksfromcentralInnerMongolia,NorthChina:ImplicationfortectonicsettingandPhanerozoiccontinentalgrowthinCentralAsianOrogenicBelt.ChemicalGeology249(2008),262-281.
40.ShaoJ.A.,ZhangH.F.,LiuX.M.,LiZ.T.ChronologicalrecordoftheEarlyMesozoicunderplatinginthenorthernmarginofNorthChina－U-PbchronometryofzirconsinthelateMesozoicandesitesfromwesternLiaoning.ProgressinNaturalScience17(8)(2007),943-947.[邵济安,张宏福,柳小明,李之彤.华北北缘中生代岩浆底侵作用的年代学记录：来自辽西晚中生代安山岩锆石U-Pb定年结果.自然科学进展17(5)(2007),609-613].
41.苏本勋,张宏福,王巧云,孙赫,肖燕,英基丰.中国东部及西秦岭地区新生代岩石圈地幔中的相转变带及其温压条件.岩石学报23(6)(2007),1313-1320.[SuB.X.,ZhangH.F.,WangQ.Y.,SunH.,XiaoY.,YingJ.F.Spinel-garnetphasetransitionzoneofCenozoiclithosphericmantlebeneaththeeasternChinaandwesternQinlinganditsT-Pcondition.ActaPetrologicaSinica23(6)(2007),1313-1320].
42.TangY.J.,ZhangH.F.,NakamuraE.,MorigutiT.,KobayashiK.,YingJ.F.LithiumisotopicsystematicsofperidotitexenolithsfromHannuoba,NorthChinaCraton:implicationsformelt-rockinteractionintheconsiderablythinnedlithosphericmantle.GeochimicaetCosmochimicaActa71(2007),4327-4341.
43.TangY.J.,ZhangH.F.,YingJ.F.Reviewofthelithiumisotopesystemasageochemicaltracer.InternationalGeologyReview49(2007),374-388.
44.杨岳衡,张宏福,刘颖,谢烈文,祁昌实,涂湘林.地质样品的一次阴离子色谱法Hf分离及其MC-ICP-MS分析.岩石学报23(2007),227-232.[YangY.H.,ZhangH.F.,LiuY.,XieL.W.,QiC.S.,TuX.L.OnecolumnprocedureforHfpurificationingeologicalsamplesusinganionexchangechromatographyanditsisotopicanalysesbyMC-ICP-MS.ActaPetrologicaSinica23(2007),227-232].
45.杨岳衡,张宏福,谢烈文,吴福元.多接收电感耦合等离子体质谱精确测定钕同位素组成.分析化学35(2007),71-74.[YangY.H.,ZhangH.F.,XieL.W.,WuF.Y.AccuratemeasurementofneodymiumisotopiccompositionusingNeptuneMultipleCollectorInductivelyCoupledPlasmaMassSpectrometry.ChineseJournalofAnalyticalChemistry35(2007),71-74].
46.YingJ.F.,ZhangH.F.,SunM.,TangY.J.,ZhouX.H.,LiuX.M.PetrologyandgeochemistryofZijinshanalkalineintrusivecomplexinShanxiProvince,westernNorthChinaCraton:implicationformagmamixingofdifferentsourcesinanextensionalregime.Lithos98(2007),45-66.
47.张瑾,张宏福.青岛地区晚白垩世基性脉岩中麻粒岩捕虏体的成分特征及其温压条件.岩石学报23(2007),1133-1140.[ZhangJ.,ZhangH.F.CompositionalfeaturesandP-TconditionsofgranulitexenolithsfromLateCretaceousmaficdike,Qingdaoregion.ActaPetrologicaSinica23(2007),1133-1140].
48.赵新苗,张宏福,朱祥坤,张文慧,杨岳衡,汤艳杰.华北中、新生代岩石圈地幔的交代作用：含金云母地幔岩提供的证据.岩石学报23(6)(2007),1281-1293.[ZhaoX.M.,ZhangH.F.,ZhuX.K.,ZhangW.H.,YangY.H.,TangY.J.MetasomatismofMesozoicandCenozoiclithosphericmantlebeneaththeNorthChinaCraton:Evidencefromphlogopite-bearingmantlexenoliths.ActaPetrologicaSinica23(6)(2007),1281-1293].
49.SuB.X.,ZhangH.F.,XiaoY.,ZhaoX.M.CharacteristicsandgeologicalsignificanceofolivinexenocrystsinCenozoicvolcanicrocksfromwesternQinling.ProgressinNaturalScience16(12)(2006),1300-1306.[苏本勋,张宏福,肖燕,赵新苗.西秦岭宕昌好梯新生代火山岩中橄榄石捕虏晶的特征及其地质意义.自然科学进展16(11)(2006),1428-1435].
50.TangY.J.,ZhangH.F.,YingJ.F.Asthenosphere-lithosphericmantleinteractioninanextensionalregime:ImplicationfromthegeochemistryofCenozoicbasaltsfromTaihangMountains,NorthChinaCraton.ChemicalGeology233(2006),309-327.
51.汤艳杰,张宏福,英基丰,张瑾.太行山地区中、新生代玄武质岩浆的源区特征与时空演化.岩石学报22(6)(2006),1657-1664.[TangY.J.,ZhangH.F.,YingJ.F.,ZhangJ.Sourcecharacteristicsandtemporal-spatialevolutionofMesozoicandCenozoicbasalticmagmatismintheTaihangMountains.ActaPetrologicaSinica22(6)(2006),1657-1664].
52.杨岳衡,张宏福,谢烈文,刘颖,祁昌实,涂湘林.华北克拉通中、新生代典型火山岩的岩石成因：Hf同位素新证据.岩石学报22(6)(2006),1665-1671.[YangY.H.,ZhangH.F.,XieL.W.,LiuY.,QiC.S.,TuX.L.PetrogenesisoftypicalMesozoicandCenozoicvolcanicrocksfromtheNorthChinaCraton:newevidencefromHfisotopicstudies.ActaPetrologicaSinica22(6)(2006),1665-1671].
53.YingJ.F.,ZhangH.F.,KitaN.,MorishitaY.,ShimodaG.NatureandevolutionofLateCretaceouslithosphericmantlebeneaththeeasternNorthChinaCraton:ConstraintsfrompetrologyandgeochemistryofperidotiticxenolithsfromJunan,ShandongProvince,China.EarthandPlanetaryScienceLetters244(2006),622-638.
54.张晓晖,张宏福,汤艳杰,刘建明.内蒙古中部锡林浩特-西乌旗早三叠世A型酸性火山岩的地球化学特征及其地质意义.岩石学报22(11)(2006),2769-2780.[ZhangX.H.,ZhangH.F.,TangY.J.,LiuJ.M.EarlyTriassicA-typefelsicvolcanismintheXilinhaote-Xiwuqi,centralInnerMongolia:age,geochemistryandtectonicimplications.ActaPetrologicaSinica22(11)(2006),2769-2780].
55.FanQ.C.,ZhangH.F.,SuiJ.L.,ZhaiM.G.,SunQ.,LiN.MagmaunderplatingandHannuobapresentcrust-mantletransitionalzonecomposition:xenolithpetrologicalandgeochemicalevidence.ScienceinChina(D)48(8)(2005),1089-1105.[樊祺诚,张宏福,隋建立,翟明国,孙谦,李霓.岩浆底侵作用与汉诺坝现今壳-幔边界组成.中国科学(D)35(1)(2005),1-14.
56.张瑾,张宏福,英基丰,汤艳杰.华北晚中生代中基性侵入岩中橄榄岩捕虏体是岩石圈地幔直接样品？岩石学报21(6)(2005),1559-1568.[ZhangJ.,ZhangH.F.,YingJ.F.,TangY.J.AretheperidotiticxenolithsentrainedinLateMesozoicintermediate-maficintrusivecomplexesontheNorthChinaCratonthedirectsamplesoflithosphericmantle.ActaPetrologicaSinica21(6)(2005),1559-1568].
57.周新华,张宏福,英基丰,陈立辉.大陆深俯冲后效作用的地球化学记录―华北中生代岩石圈地幔源区特征变异的讨论.岩石学报21(4)(2005),1255-1263.[ZhouX.H.,ZhangH.F.,YingJ.F.,ChenL.H.GeochemicalrecordsofsubsequenteffectsofcontinentaldeepsubductionofmantlesourcevariationsoftheMesozoiclithosphericmantleoftheNorthChinaCraton.ActaPetrologicaSinica21(4)(2005),1255-1263].
58.ZhouM.F.,ZhangH.F.,RobinsonP.T.,MalpasJ.Commentson“PetrologyoftheHegenshanophioliteanditsimplicationforthetectonicevolutionofnorthernChina”byT.NozakaandY.Liu[EarthPlanet.Sci.Lett.202(2002)89-104].EarthandPlanetaryScienceLetters217(2004),207-210.
59.汤艳杰,张宏福,英基丰.太行山中段新生代玄武岩中高镁橄榄石捕虏晶：残留古老岩石圈地幔样品.岩石学报20(5)(2004),1243-1252.[TangY.J.,ZhangH.F.,YingJ.F.High-MgolivinexenocrystsentrainedinCenozoicbasaltsincentralTaihangMountains:relictsofoldlithosphericmantle.ActaPetrologicaSinica20(5)(2004),1243-1252].
60.LiuJ.M.,ZhangH.F.,SunJ.G.,YeJ.GeochemicalstudiesfortheC-OandSr-Ndisotopesofthemantle-derivedrocksfromShandong,China.ScienceinChina(D)47(2)(2004),171-180.[刘建明,张宏福,孙景贵,叶杰.山东幔源岩浆岩的碳-氧和锶-钕同位素地球化学研究.中国科学(D)33(10)(2003),921-930].
61.FanW.M.,ZhangH.F.,BakerJ.,JarvisK.E.,MasonP.R.D.,MenziesM.A.OnandofftheNorthChinaCraton:WhereistheArchaeankeel?JournalofPetrology41(2000),933-950.

3）合作者SCI论文
1.YangW.,TengF.Z.,ZhangH.F.,LiS.G.MagnesiumisotopicsystematicsofcontinentalbasaltsfromtheNorthChinacraton:Implicationsfortracingsubductedcarbonateinthemantle.ChemicalGeology328(2012),185-194.
2.ZhangP.F.,TangY.J.,HuY.,ZhangH.F.,SuB.X.,XiaoY.,SantoshM.Reviewofmeltingexperimentsoncarbonatedeclogiteandperidotite:insightsintomantlemetasomatism.InternationalGeologyReview54(2012),1443-1455.
3.ZhuR.X.,XuY.G.,ZhuG.,ZhangH.F.,XiaQ.K.,ZhengT.Y.DestructionoftheNorthChinaCraton.ScienceChinaEarthSciences55(10)(2012),1565-1587.[朱日祥,徐义刚,朱光,张宏福,夏群科,郑天愉.华北克拉通破坏.中国科学(D)42(8)(2012),1135-1159].
4.ZhangX.H.,MaoQ.,ZhangH.F.,ZhaiM.G.,YangY.H.,HuZ.C.Maficandfelsicmagmainteractionduringtheconstructionofhigh-Kcalc-alkalineplutonswithinametacratonicpassivemargin:TheEarlyPermianGuyangbatholithfromthenorthernNorthChinaCraton.Lithos125(2011),569-591.
5.ZhangX.H.,WildeS.A.,ZhangH.F.,ZhaiM.G.EarlyPermianhigh-Kcalc-alkalinevolcanicrocksfromNWInnerMongolia,NorthChina:geochemistry,originandtectonicimplications.JournaloftheGeologicalSociety,London168(2011),525-543.
6.ZouH.B.,FanQ.C.,ZhangH.F.RapiddevelopmentofthegreatMillenniumeruptionofChangbaishan(Tianchi)volcano,China/NorthKorea:EvidencefromU-Thzircondating.Lithos119(2010),289-296.
7.YangW.,TengF.Z.,ZhangH.F.Chondriticmagnesiumisotopiccompositionoftheterrestrialmantle:AcasestudyofperidotitexenolithsfromtheNorthChinacraton.EarthandPlanetaryScienceLetters288(2009),475-482.
8.ZhangX.H.,WildeS.A.,ZhangH.F.,TangY.J.,ZhaiM.G.GeochemistryofhornblendegabbrosfromSonidzuoqi,InnerMongolia,NorthChina:implicationsformagmatismduringthefinalstageofsuprasubduction-zoneophioliteformation.InternationalGeologyReview51(2009),345-373.
9.ZhangX.H.,Mao,Q.,ZhangH.F.,WildeS.A.AJurassicperaluminousleucogranitefromYiwulüshan,westernLiaoning,NorthChinaCraton:Age,originandtectonicsignificance.GeologicalMagazine145(2008),305-320.
10.MenziesM.,XuY.G.,ZhangH.F.,FanW.M.Integrationofgeology,geophysicsandgeochemistry:AkeytounderstandingtheNorthChinaCraton.Lithos96(2007),1-21.
11.ZhaiM.G.,FanQ.C.,ZhangH.F.,SuiJ.L.,ShaoJ.A.LowercrustalprocessesleadingtoMesozoiclithosphericthinningbeneatheasternNorthChina:Underplating,replacementanddelamination.Lithos96(2007),36-54.
12.ZhengJ.P.,GriffinW.L.,O’ReillyS.Y.,YuC.M.,ZhangH.F.,PearsonN.,ZhangM.MechanismandtimingoflithosphericmodificationandreplacementbeneaththeeasternNorthChinaCraton:Peridotiticxenolithsfromthe100MaFuxinbasaltsandaregionalsynthesis.GeochimicaetCosmochimicaActa71(2007),5203-5225.
13.YingJ.F.,ZhouX.H.,ZhangH.F.Thegeochemicalvariationsofmid-CretaceouslavasacrosswesternShandongProvince,Chinaandtheirtectonicimplications.InternationalJournalofEarthSciences95(2006),68-79.
14.WangY.J.,FanW.M.,ZhangH.F.,PengT.P.EarlyCretaceousgabbroicrocksfromtheTaihangMountains:Implicationsforapaleosubduction-relatedlithosphericmantlebeneaththecentralNorthChinaCraton.Lithos86(2006),281-302.
15.WangY.J.,FanW.M.,PengT.P.,ZhangH.F.,GuoF.NatureoftheMesozoiclithosphericmantleandtectonicdecouplingbeneaththeDabieOrogen,CentralChina:Evidencefrom40Ar/39Argeochronology,elementalandSr-Nd-PbisotopiccompositionsofMesozoicmaficrocks.ChemicalGeology220(2005),165-189.
16.郭锋,范蔚茗,王岳军,李超文,李晓勇,张宏福.大别-苏鲁地区晚中生代镁铁质岩地球化学对造山带岩石圈地幔性质的约束.岩石学报21(4)(2005),1265-1270.[GuoF.,FanW.M.,WangY.J.,LiC.W.,LiX.Y.,ZhangH.F.GeochemistryoflateMesozoicmaficrocksfromtheDabie-Suluregion,China:constraintsonthenatureoflithosphericmantlebeneaththeorogen.ActaPetrologicaSinica21(4)(2005),1265-1270].
17.翟明国,樊祺诚,张宏福,随建立.华北东部岩石圈减薄中的下地壳过程：岩浆底侵、置换与拆沉作用.岩石学报21(6)(2005),1509-1526.[ZhaiM.G.,FanQ.C.,ZhangH.F.,SuiJ.L.LowercrustprocessesduringthelithospherethinningineasternChina:magmaunderplating,replacementanddelamination.ActaPetrologicaSinica21(6)(2005),1509-1526].
18.YingJ.F.,ZhouX.H.,ZhangH.F.GeochemicalandisotopicinvestigationoftheLaiwu-ZibocarbonatitesfromwesternShandongProvince,China,andimplicationsfortheirpetrogenesisandenrichedmantlesource.Lithos75(2004),413-426.
19.WangY.J.,FanW.M.,ZhangY.H.,GuoF.,ZhangH.F.,PengT.P.Geochemical,40Ar/39ArgeochronologicalandSr-NdisotopicconstraintsontheoriginofPaleoproterozoicmaficdikesfromthesouthernTaihangMountainsandimplicationsfortheca.1800MaeventoftheNorthChinaCraton.PrecambrianResearch135(2004),55-77.
20.ZhaiM.G.,ZhuR.X.,LiuJ.M.,MengQ.R.,HouQ.L.,HuS.B.,LiZ.,ZhangH.F.,LiuW.TimerangeofMesozoictectonicregimeinversionineasternNorthChinaBlock.ScienceinChina(D)47(2004),151-159.[翟明国,朱日祥,刘建明,孟庆任,候泉林,胡圣标,李忠,张宏福,刘伟.华北东部中生代构造体制转折的关键时限.中国科学(D)33(10)(2003),913-920].
21.英基丰,周新华,张宏福.碳酸岩岩浆演化的指示性矿物-环带金云母?以山东西部雪野碳酸岩为例.岩石学报19(1)(2003),113-119.[YingJ.F.,ZhouX.H.,ZhangH.F.Undexmineral:zonedphlogopiteforevolutionofcarbonatiticmagma:anexamplefromtheXueyecarbonatiteinwesternShandong.ActaPetrologicaSinica19(1)(2003),113-119].
22.FanQ.C.,SuiJ.L.,ZhangH.F.,ZhaiM.G.,XieH.S.ExperimentalstudyonthePwavevelocityinrocksfromlowercrustandcrust-mantletransitionalzonebeneaththeHannuoba.ProgressinNaturalScience12(12)(2002),925-929.[樊祺诚,隋建立,张宏福,翟明国,谢鸿森.汉诺坝地区下地壳与壳-幔过渡带岩石波速实验研究.自然科学进展12(10)(2002),1094-1097].

4）非SCI或核心期刊论文
1.张舟,张宏福.基性、超基性岩：二氧化碳地质封存的新途径.地球科学-中国地质大学学报37(1)(2012),156-162.[ZhangZ.,ZhangH.F.Carbonationofmafic-ultramaficrocks:Anewapproachtocarbondioxidegeologicalsequestration.EarthScience-JournalofChinaUniversityofGeosciences37(1)(2012),156-162].
2.张舟,张宏福.金刚石与深部碳循环.地学前缘18(3)(2011),268-283.[ZhangZ.,ZhangH.F.Diamondanddeepcarboncycle.EarthScienceFrontiers18(3)(2011),268-283].
3.汤艳杰,张宏福,英基丰.地幔中EM1端员成因的锂同位素制约.矿物岩石地球化学通报30(1)(2011),11-17.[TangY.J.,ZhangH.F.,YingJ.F.Sr-Nd-LiisotopicconstraintsontheoriginofEM1end-member.BulletinofMineralogy,PetrologyandGeochemistry30(1)(2011),11-17].
4.汤艳杰,张宏福,英基丰,杨蔚,赵新苗,苏本勋,肖燕.地幔橄榄岩中橄榄石的指示意义.地球科学与环境学报33(1)(2011),24-33.[TangY.J.,ZhangH.F.,YingJ.F.,YangW.,ZhaoX.M.,SuB.X.,XiaoY.Indicativesignificanceofolivineinmantleperidotites.JournalofEarthSciencesandEnvironment33(1)(2011),24-33].
5.汤艳杰,张宏福,英基丰.锂同位素分馏机制讨论.地球科学34(1)(2009),43-55.[TangY.J.,ZhangH.F.,YingJ.F.Discussiononfractionationmechanismoflithiumisotopes.EarthScience34(1)(2009),43-55].
6.张宏福,路凤香,赵磊,MenziesM.A.,MatteyD.P.,梁尚莹.中国原生金刚石的碳同位素组成及其来源.地球科学34(1)(2009),37-42.[ZhangH.F.,LuF.X.,ZhaoL.,MenziesM.A.,MatteyD.P.,LiangS.Y.CarbonisotopesinChinanaturaldiamonds.EarthScience34(1)(2009),37-42].
7.朱蓓蓓,王勤,王良书,陈立辉,张宏福.河北阳原新生代玄武岩中橄榄岩捕虏体的含水量研究.高校地质学报15(2)(2009),263-272.[ZhuB.B.,WangQ.,WangL.S.,ChenL.H.,ZhangH.F.WatercontentofperidotitexenolithsfromCenozoicbasaltinYangyuan,HebeiProvince.GeologicalJournalofChinaUniversities15(2)(2009),263-272].
8.赵新苗,朱祥坤,张宏福,唐索寒.Fe同位素在地幔地球化学研究中的应用及进展.岩石矿物学杂志27(5)(2008),435-440.[ZhaoX.M.,ZhuX.K.,ZhangH.F.,TangS.H.ApplicationsofFeisotopestotracingmantleprocesses.ActaPetrologicaetMineralogica27(5)(2008),435-440].
9.路凤香,张宏福,陈美华,郑建平,尹作为,任迎新,赵崇贺,叶德隆.金伯利岩中“熔离小球”的特征及其成因.现代地质21(2)(2007),241-246.[LuF.X.,ZhangH.F.,ChenM.H.,ZhengJ.P.,YinZ.W.,RenY.X.,ZhaoC.H.,YeD.L.Characteristicsandtheirgenesisofimmisciblesmall-ballsinkimberlites.Geoscience21(2)(2007),241-246].
10.汤艳杰,张宏福,英基丰,张瑾.橄榄岩-熔体反应过程中微量元素和同位素组成的转变.自然科学进展17(6)(2007),748-754.[TangY.J.,ZhangH.F.,YingJ.F.,ZhangJ.Changesoftraceelementandisotopiccompositionsduringperidotite-meltreactions.ProgressinNaturalScience17(6)(2007),748-754].
11.张宏福,汤艳杰,赵新苗,杨岳衡.非传统同位素体系在地幔地球化学研究中的重要性及其前景.地学前缘14(2)(2007),37-57.[ZhangH.F.,TangY.J.,ZhaoX.M.,YangY.H.Significanceandprospectiveofnon-traditionalisotopicsystemsinmantlegeochemistry.EarthScienceFrontiers14(2)(2007),37-57].
12.刘庆,候泉林,周新华,张宏福,谢烈文.阜新中生代火山岩的铂族元素特征―以碱锅和乌拉哈达为例.岩石矿物学杂志25(1)(2006),33-39.[LiuQ.,HouQ.L.,ZhouX.H.,ZhangH.F.,XieL.W.Thedistributionofplatinum-groupelementsinMesozoicvolcaniclavasfromFuxin:AcasestudyofJianguoandWulahada.ActaPetrologicaetMineralogica25(1)(2006),33-39].
13.杨岳衡,张宏福,谢烈文,吴福元.地质样品中镥－铪同位素体系的分离与质谱测试新进展.岩矿测试25(2)(2006),151-158.[YangY.H.,ZhangH.F.,XieL.W.,WuF.Y.ProgressesinchemicalseparationandmassspectrometricmeasurementforLu-Hfisotopicsysteminnaturalgeologicalsamples.Rockandmineralanalysis25(2)(2006),151-158].
14.张宏福.橄榄岩-熔体的相互作用：岩石圈地幔组成转变的重要方式.地学前缘13(2)(2006),65-75.[ZhangH.F.Peridotite-meltinteraction:animportantmechanismforthecompositionaltransformationoflithosphericmantle.EarthScienceFrontiers13(2)(2006),65-75].
15.张宏福.复杂橄榄岩捕虏体：反演岩石圈演化过程的罕见而重要的样品.地球科学31(1)(2006),31-37.[ZhangH.F.Complexperidotiticxenoliths:rareandimportantsamplesforunderstandingthelithosphericevolution.EarthScience31(1)(2006),31-37].
16.周新华,张宏福.中生代华北岩石圈地幔高度化学不均一与大陆岩石圈转型.地球科学31(1)(2006),8-13.[ZhouX.H.,ZhangH.F.HighlychemicalheterogeneityofsubcontinentallithospheremantlebeneathNorthChinaanditsmajortransformation.EarthScience31(1)(2006),8-13].
17.牛利锋,张宏福.南太行山地区中基性侵入岩中角闪石的矿物学及其成因.大地构造与成矿29(2)(2005),269-277.[NiuL.F.,ZhangH.F.Mineralogyandpetrogenesisofamphibolesfromintermediate-maficintrusionsinsouthernTaihangMountains.GeotectonicaetMetallogenia29(2)(2005),269-277].
18.杨岳衡,张宏福,吴福元,谢烈文,张艳斌.Neptune多接收器等离子体质谱精确测定锶同位素组成.质谱学报26(4)(2005),215-221.[YangY.H.,ZhangH.F.,WuF.Y.,XieL.W.,ZhangY.B.AccuratemeasurementofstrontiumisotopiccompositionbyNeptuneMultipleCollectorInductivelyCoupledPlasmaMassSpectrometry.JournalofChineseMassSpectrometrySociety26(4)(2005),215-221].
19.苗建宇,周立发,张宏福,李剑锋.新疆北部中二叠统烃源岩地球化学特征与沉积环境.地质学报4(2004),534-541.[MiaoJ.Y.,ZhouL.F.,ZhangH.F.,LiJ.F.TherelationshipbetweenthegeologicalcharacteristicsandsedimentaryenvironmentsoftheMiddlePermianhydrocarbonsourcerocks.ActaGeologicaSinica4(2004),534-541].
20.翟明国,孟庆任,刘建明,候泉林,胡圣标,李忠,张宏福,刘伟,邵济安,朱日祥.华北东部中生代构造体制转折峰期的主要地质效应和形成动力学探讨.地学前缘11(3)(2004),285-297.[ZhaiM.G.,MengQ.R.,LiuJ.M.,HouQ.L.,HuS.B.,LiZ.,ZhangH.F.,ShaoJ.A.,ZhuR.X.GeologicalfeaturesofMesozoictectonicregimeinversionineasternNorthChinaandimplicationforgeodynamics.EarthScienceFrontiers11(3)(2004),285-297].
21.冯闯,张宏福,周新华.辽西发现金伯利岩.地震地质22(增刊)(2000),95-98.[FengC.,ZhangH.F.,ZhouX.H.DiscoveryofkimberlitesinwestLiaoning,China.SeismologyandGeology22(supl)(2000),95-98].
22.赵磊,路凤香,郑建平,MenziesM.A.,张宏福.金刚石中首次发现自然银和含银铁-金合金包裹体.科学通报40(12)(1995),1114-1115.
23.赵磊,路凤香,任迎新,郑建平,张宏福.在金伯利岩中新发现的几种矿物及其意义.岩石矿物学杂志12(3)(1993),284-288.[ZhaoL.,LuF.X.,RenY.X.,ZhengJ.P.,ZhangH.F.TherecentdiscoveryofseveralmineralsinkimberlitesoftheNorthChinaPlatformanditssignificance.ActaPetrologicaetMineralogica12(3)(1993),284-288].
24.张宏福.辽宁省铁岭地区金伯利岩的地球化学特征及其成因初探.现代地质7(4)(1993),458-464.[ZhangH.F.ResearchongeochemicalcharacteristicsandpetrogenesisofkimberliteinTieling,LiaoningProvince.Geoscience7(4)(1993),458-464].
25.张宏福.上地幔的氧逸度与金刚石的成因.地质科技情报9(1)(1990),9-15.[ZhangH.F.Oxygenfugacityofearth'suppermantleandgenesisofdiamond.GeologicalScienceandTechnologyInformation9(1)(1990),9-15].
26.张宏福.在金伯利岩中首次发现二硅铁矿和自然硅.地质科技情报8(1)(1989),40.

5）著作（特邀专辑或书中章节）
1.ZhangH.F.,ChenL.,SantoshM.,MenziesM.A.Constructionanddestructionofcratons.GondwanaResearch23(2013),1-390(editedspecialissue).
2.张宏福.岩石圈地幔形成年龄测定.见：丁仲礼（主编）固体地球科学研究方法.北京：科学出版社,2013,519-530.
3.ZhangH.F.,ChenL.,MenziesM.A.,vanderHilstR.D.Formation,reactivationanddestructionofcratons.Lithos149(2012),1-188(editedspecialissue).
4.TangY.J.,ZhangH.F.,YingJ.F.SecularevolutionoflithosphericmantlebeneaththecentralNorthChinaCraton:Implicationfrombasalticrocksandtheirxenoliths.In:A.I.Al-Juboury(eds.)Petrology-NewPerspectivesandApplications(ISBN978-953-307-800-7).IntechOpenAccessPublisher,Rijeka,Croatia.2012,1-20.
5.ZhangH.F.TemporalandspatialdistributionofMesozoicmaficmagmatismintheNorthChinaCratonandimplicationsforsecularlithosphericevolution.GeologicalSociety,London,Specialpublications280(2007),35-54.In:ZhaiM.G.,WindleyB.F.,KuskyT.M.andMengQ.R.(eds)MesozoicSub-ContinentalLithosphericThinningUnderEasternAsia.
6.FanW.M.,GuoF.,WangY.J.,ZhangH.F.LateMesozoicmaficmagmatismformtheNorthChinaCraton:Constraintsonchemicalandisotopicheterogeneityofthesubcontinentallithosphericmantle.GeologicalSociety,London,Specialpublications280(2007),77-100.In:ZhaiM.G.,WindleyB.F.,KuskyT.M.andMengQ.R.(eds)MesozoicSub-ContinentalLithosphericThinningUnderEasternAsia.