个人简介
巴特博士是浙江大学百人计划研究员，博导。
1998-2002 清华大学水利系 学士
2002-2005 香港科技大学土木工程系 硕士
2005-2011 美国佐治亚理工大学土木与环境学院 博士
2011-2016 美国密苏里科技大学土木、建筑与环境系 助理教授
2016至今 浙江大学建工学院 百人计划研究员
自2011年巴特博士作为负责人共主持科研项目和课题12项，资助来自中国国家自然科学基金委、中组部、发改委、科技部、美国交通部、美国密苏里州政府和法国AREVA能源公司等。资助并指导博士后学者3名、博士生8名、硕士生9名。在Journal of Geotechnical and Geoenvironmental Engineering-ASCE, Journal of Hazardous Materials, Chemosphere和Cement and Concrete Research等国际顶级SCI期刊上发表论文31篇（平均影响因子4.2），其中第一或通讯作者24篇。
除招收免试推荐及考研同学外，巴特博士课题组还有如下工作学习机会：
1. 博士后学者。研究大方向为土壤修复、能源岩土或超重力实验模拟。有环境土工、非饱和土力学、计算流体力学、离散元编程或超重力实验等相关基础者优先考虑。待遇从优，一人一议。有意愿者请将简历和未来研究计划发至
2. 工程博士。拟工作项目为固体废弃物填埋场土壤与地下水污染修复技术，欢迎环境、土木、水利等相关专业学生报考。详情请参见浙江大学2019年非全日制定向工程博士专业学位招生简章：http://grs.zju.edu.cn/yjszs/redir.php?catalog_id=130679&object_id=171926
3. 国际研究生。有意向的候选者请将简历及未来研究计划（statement of research）发至请详述过去的研究经历与计划进行的研究题目之间的关联。关于奖学金（scholarship）信息请访问浙江大学国际学院网站 http://iczu.zju.edu.cn/english/redir.php?catalog_id=22232 注：巴特博士课题组不直接提供资金资助国际研究生。
研究团队
环境土工应用及多相能源实验室
Geoenvironmental Applications and Multiphase Energy Laboratory (GAME Lab)
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（左起：周宸、叶建设、陈超、郝娜、巴特、陈嘉凯、聂绍凯、陈枭、刘鹏飞、孙孟；摄于浙江大学紫金港校区）
巴特研究员的GAME实验室现有13名成员，包括1名博士后、5名博士生和6名硕士生。GAME实验室的主要研究方向为：改性膨润土基防污屏障与渗透性反应墙修复污染场地、多相能源岩土工程、机械波电磁波表征岩土材料等。
2021年拟招收1名博士生和2名硕士生，欢迎有兴趣的同学们报考！
姓名：郝娜（博士后）
博士毕业学校：美国Clemson university
研究方向：土壤地下水污染修复，近地表地球物理
特长爱好：历史、摄影
人生格言：When you can't change the
direction of the wind, adjust your sails
联系方式：nahao@zju.edu.cn
姓名：刘鹏飞（2018级直博生、与陈云敏院士联合指导）
本科毕业学校：浙江大学
研究方向：管涌与侵蚀的微细观机理及数值模拟
特长爱好：篮球、电子产品
人生格言：Just work hard and play hard
联系方式：hiyori@zju.edu.cn
姓名：聂绍凯（2018级直博生）
本科毕业学校：浙江大学
研究方向： 多孔介质的多相流微细观机理研究
特长爱好：各种体育运动
人生格言：平凡的努力，努力的不平凡
联系方式：nsk@zju.edu.cn/1303141450@qq.com
姓名：陈超（2018级硕士生）
本科毕业学校：中南大学
研究方向：基于微流控芯片的细颗粒在多孔介质中的迁移研究
特长爱好：跑步
人生格言：好好学习，天天向上
联系方式：chao_chen@zju.edu.cn
叶建设.jpg
姓名：叶建设（2018级硕士生）
本科毕业学校：大连交通大学
研究方向：可渗透反应墙；机械波电磁波表征监测岩土材料属性
特长爱好：健身、唱歌、动漫
人生格言：路漫漫其修远兮，任重而道远
联系方式：yjs1008@zju.edu.cn
姓名：陈嘉凯（2019级直博生）
本科毕业学校：重庆大学
研究方向：有机土改善土-膨润土化学兼容性及用剪切波速长期监测土-膨润土服役性能的研究
特长爱好：游泳、听音乐、打羽毛球、跑步
人生格言：猛志逸四海,骞翮思远翥
联系方式：11912029@zju.edu.cn
姓名：孙孟（2019级硕士生）
本科毕业学校：吉林大学
研究方向：砂土加固的离散元数值模拟
特长爱好：计算机编程、足球
人生格言：All models are wrong, but some are useful.
联系方式：iamsunm@gmail.com
姓名：周宸（2019级硕士生）
本科毕业学校：南京林业大学
研究方向：基于微流控芯片中孔隙流的数值模拟
特长爱好：音乐、足球、电影
人生格言：夫君子之行，静以修身，俭以养德，非淡泊无以明志，非宁静无以致远
联系方式：112177@zju.edu.cn
姓名：陈可心（2020级直博生）
本科毕业学校：武汉大学
研究方向：不互溶二相流的微流控实验
特长爱好：跳舞、追剧、电影、看书
人生格言：Never put off till tomorrow what may be done today.
联系方式：1427207552@qq.com
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姓名：迪娜·木拉提（2020级普博）
硕士毕业学校：中国地质大学（武汉）
研究方向：待定
特长爱好：英语书法、主持
人生格言：生命不息，进取不止
联系方式：ktidan@126.com
姓名：曹婧婧（2020级硕士生）
本科毕业学校：华中科技大学
研究方向：基于微流控芯片的SIP污染物监测
特长爱好：跳舞、钢琴、羽毛球
人生格言：越努力越幸运
联系方式：1048984487@qq.com
夏良雄.jpg
姓名：夏良雄（2020级硕士生）
本科毕业学校：中国矿业大学
研究方向：污染物迁移的吸附模拟
特长爱好：打游戏、听歌
人生格言：知足常乐，能忍则安
联系方式：xialxiong@163.com
已毕业校友
姓名
毕业年份
毕业去向
陈枭
2020届硕士
新城控股
工作研究项目
14. 国家自然科学基金委“多相介质超重力相演变基础科学中心项目”（51988101）重点课题，多相介质超重力效应微细观模拟，课题负责人，2020-2024
13. 科学技术部国家重点研发计划项目课题（2019YFC1805002），金属矿山废石堆场控氧控酸及立体阻隔材料与技术，课题负责人，2019-2023
12. 科学技术部国家重点研发计划项目（2018YFC1802300），固体废弃物填埋场地土壤污染风险管控与净化技术，项目骨干，2018-2022
11. 国家发展改革委员会项目，“十三五” 国家重大科技基础设施超重力离心模拟与实验装置(Centrifugal Hypergravity and Interdisciplinary Experiment Facility, CHIEF)，超重力效应微细观实验分系统负责人，2018-2023
10. 国家自然科学基金委面上项目（51779219），新型土-有机土墙防污屏障长期服役性能演变机理及监测，主持，60万人民币，2018/01-2021/12。
9. 浙江大学“百人计划”科研启动经费，主持，300万人民币，2016/09-2021/12.
8. KACARE-Measurement of soil retardation coefficient from proposed nuclear site in Saudi Arabia, AREVA Ltd. (French), Co-PI, $50,000 (40% share), 2015-2016.
7. Monitoring self-consolidating concrete with S-wave, Center for Infrastructure Engineering Studies (CIES) at the Missouri University of Science and Technology, Principal Investigator, $2,046 (100% share), 2015.
6. Organic-mediated high volume reuse of fly ash in geotechnical engineering, University of Missouri Research Board, Principal Investigator, $28,710 (100% share), 2013-2014.
5. NUTC/Using shear wave velocity to monitor the curing process of high performance flowable concrete, US Department of Transportation, Principal Investigator, $16,052 (100% share), 2013-2014.
4. NUTC/Dilation characteristics of rubberized concrete, US Department of Transportation, Co-PI, $16,052 (50% share), 2013-2014.
3. Effects of organic additives on the high volume reuse of fly ash in geotechnical engineering, Center for Infrastructure Engineering Studies (CIES) at the Missouri University of Science and Technology, Principal Investigator, $13,281 (100% share), 2012-2013.
2. Beneficial reuse of fly ashes in geotechnical engineering with physicochemical and electron microscopic methods, Seed Fund of Materials Research Center at The Missouri University of Science and Technology, Principal Investigator, $15,000 (100% share), 2011-2012.
1. Missouri University of Science and Technology Start-up Fund, Principal Investigator, $310,000, 2011-2015.
编辑著作
1. Zhang, X. and Bate, B. (2016). 'Special Issue: Unsaturated Soil-Related Geohazards.' Journal of Performance of Constructed Facilities (ASCE). In Progress
学术交流（讲座报告）
特邀报告
3. 颗粒材料土水特征曲线的离散元构建与微细观实验验证，第七届全国岩土工程青年学者论坛，2018年10月14-16日，中国大连
2. 'Saturation Effects on the Retardation Factors of 133cesium and 88strontium cations,' the 4th International Conference on Contaminated Land, Ecological Assessment and Remediation (CLEAR2018), 16-18 Aug 2018, the Hong Kong Polytechnic University, Hong Kong SAR
1. 'Evolution mechanisms and monitoring of the long-term performance of novel soil-organoclay cutoff walls,' the 1st International Symposium of Earthquake Engineering and Disaster Reduction (ISEEDR2018), 31 Jan 2018, Hangzhou, China
题组动态
[20200713]祝贺GAME课题组荣获浙江大学第二十一届学生科技文化节之“我的课题组Style”研究生课题组风采大赛三等奖。
[20200608]祝贺陈枭同学顺利通过硕士学位论文答辩！
[20191206]祝贺聂绍凯同学获得浙江大学建筑工程学院第二届十佳大学生荣誉称号！
[20191016]陈枭同学在“建行杯”第五届中国“互联网+”大学生创新创业大赛闭幕式上作为乐队主唱表演
[20191010] 祝贺叶建设同学获得国家奖学金！
[20190824] 聂绍凯同学在第七届亚太国际非饱和土会议（AP-UNSAT2019）上作学术报告“Two-Dimensional Capillary Rise Panel of Granular Media”
[20181029] 陈枭同学在第八届国际环境土工会议（8ICEG）上作学术报告“Extrapolating Kd or Rf from breakthough curves of cesium and strontium cations transporting through a soil coulmn”
近期论文
查看导师新发文章
（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）
英文期刊文章(*:通讯作者;下划线:指导的学生;IF:2019年影响因子;文件仅供个人交流，请勿触犯版权法)
32.Zhang,F.,Wang,T.,Liu,F.*,Bate,B.,Wang,P.,and Yin,Z.(submitted).Hydro-mechanical coupled analysis of near-wellbore fines migration and its implications for sanding during gas production from hydrates.submitted in April 2020.
31.Zhang,S.,Liu,Y.,Bate,B.,Peng,D.,Li,C.,and Zhan,L.-T.(2021).Quantitative human risk analysis of 2015 Shenzhen dump failure and influence of urbanization.Journal of Mountain Science,(accepted).
30.Zhang,S.,Li,C.,Peng,D.,Peng,J.,Xu,Q.,Zhang,Q.,and Bate,B.*(2021).GIS-based soil planar slide susceptibility mapping using logistic regression and neural networks:a typical red mudstone area in Southwest China.Geomatics,Natural Hazards and Risk(IF=3.333),accepted.
29.Bate,B.,Nie,S.,Chen,Z.*,Zhang,F.,and Chen,Y.(2021).Construction of Soil-Water Characteristic Curve of Granular Materials with Toroid Model and Artificially Generated Packings.Acta Geotechnica(IF=4.350),accepted.
28.Hao,N.,Cao,J.,Ye,J.,Zhang,C.,Li,C.,and Bate,B.*(2020).Lead Content and Morphology on Activated Carbon and Biochar after Remediation:A Spectral Induced Polarization Study.Journal of Hazardous Materials(IF=9.038),accepted.
27.Bate,B.,Cao,J.*,Zhang,C.and Hao,N.(2020).Influences of Size and Content of Enzyme Induced Calcite Precipitates on the Stiffness of a Fine Sand–A Spectral Induced Polarization Study.Acta Geotechnica(IF=4.350),DOI:10.1007/s11440-020-01059-8.(PDF)
26.Bate,B.,Cao,J.*,Zhang,C.,Hao,N.and Wang,S.(2020).Monitoring Lime and Cement Improvement by Spectral Induced Polarization and Bender Element Techniques.Journal of Rock Mechanics and Geotechnical Engineering(IF=2.829),DOI:10.1016/j.jrmge.2020.06.005.(PDF)
25.Kang,X.,Cao,J.,and Bate,B.*(2020).Shear Wave Velocity Anisotropy of Salt and Polymer-Modified Kaolinite,Acta Geotechnica(IF=4.350),DOI 10.1007/s11440-020-00974-0.(PDF)
24.Chu,Y.,Nie,S.,Liu,S.,Lee,C.,and Bate,B.*(2019).Complex dielectric permittivity of metal and polymer modified montmorillonite.Invited paper for a Special Issue on Clays and Clay Minerals for Pollution Abatement,Journal of Hazardous Materials(IF=9.038),374:382-391.(PDF)
23.Ye,J.,Chen,X.,Chen,C.,and Bate,B.*(2019).Emerging Sustainable Technologies for Remediation of Soils and Groundwater in a Municipal Solid Waste Landfill Site--A Review.Invited paper for a Special Issue on Green and Sustainable Land Remediation,Chemosphere(IF=5.778),227:681-702.(PDF)
22.Chen,Z.,Cao,J.,Bate,B.*,and Song,X.(2019).Reply to“Discussion of‘On the soil water characteristic curves of poorly graded granular materials in aqueous polymer solutions’by Junnan Cao,Jongwon Jung,Xiaoyu Song and Bate Bate,Acta Geotechnica,2018,13(1):103–116”by Peng Liu and Xiaoming Liu.Acta Geotechnica(IF=4.350).14:577-578.(PDF)
21.Cao,J.,Bate,B.*,Bouazza,A.,and Deng.W.(2019).Measuring Retardation Factors of 133-Cesium and 88-Strontium Cations Using Column Test.Journal of Geotechnical and Geoenvironmental Engineering-ASCE(IF=2.714),145(9):06019009.DOI:10.1061/(ASCE)GT.1943-5606.0002107.(PDF)
20.Kang,X.*,Bate,B.,Chen,R.-P.,Yang,W.,Wang,F.(2019).Physicochemical and Mechanical Properties of Polymer Modified Kaolinite and Fly Ash-Kaolinite Soil Mixtures.Journal of Materials in Civil Engineering-ASCE(IF=2.169),31(6):04019064.DOI:10.1061/(ASCE)MT.1943-5533.0002705.(PDF)
19.Bate,B.*,Khayat,K.,Zhang,S.,and Chen,P.(2019).Reply to'A discussion on the paper'Determination of mortar setting times using shear wave velocity evolution curves measured by the bender element technique''by J.Carette and S.Staquet,Cement and Concrete Research(IF=8.328),115:203-206.(PDF)
18.Kang,X.,Cao,J.and Bate,B.*(2019).Large-Strain Strength of Polymer Modified Kaolinite and Fly Ash-Kaolinite Mixtures.Journal of Geotechnical and Geoenvironmental Engineering,ASCE(IF=2.714),145(2).DOI:10.1061/(ASCE)GT.1943-5606.0002008.(PDF)
17.Cao,J.,Kang,X.and Bate,B.*(2018).Microscopic and Physicochemical Studies of Polymer-Modified Kaolinite Suspensions.Colloids and Surfaces A:Physicochemical and Engineering Aspects(IF=3.990),554:16-26.(PDF)
16.Song,X.*,Wang,K.and Bate,B.(2018).A hierachy thermal-hydro-plastic constitutive model for unsaturated soils and its numerical implementation.International Journal for Numerical and Analytical Methods in Geomechanics(IF=2.814),42:1795-1805.(PDF)
15.Zhu,J.,Cao,J.,Bate,B.*,and Khayat,K.(2018).Determination of Setting Times of Mortars Using Shear Wave Velocity Evolution Curves Measured by Bender Element Technique.Cement and Concrete Research(IF=8.328),106:1-11.(PDF)
14.Chu,Y.,Liu,S.*,Bate,B.and Xu,L.(2018).Evaluation on Expansive Performance of the Expansive Soil Using Electrical Responses.Journal of Applied Geophysics(IF=1.975),148:265-271(PDF)
13.Cao,J.,Jung,J.,Song,X.,and Bate,B.*(2017).On the Soil Water Characteristic Curves of Poorly-Graded Granular Materials in Aqueous Polymer Solutions.Acta Geotechnica(IF=4.350),DOI:10.1007/s11440-017-0568-7(PDF)
12.Zhao,Q.,Choo,H.,Bhatt,A.,Burns,S.E.,and Bate,B.*(2017).Review of the Fundamental Geochemical and Physical Behaviors of Organoclays in Barrier Applications.Invited paper for a Special Issue on Modified Clays for Barriers,Applied Clay Science(IF=4.605).142:2-20.(PDF)
11.Javadi,S.,Ghavami,M.,Zhao,Q.*,and Bate,B.(2017).Advection and Retardation of Non-Polar Contaminants in Compacted Clay Barrier Material with Organoclay Amendment.Special Issue on Modified Clays for Barriers,Applied Clay Science(IF=4.605).142:30-39.(PDF)
10.Kang,X.,Kang,G.-C.,and Bate,B.*(2016).Closure to'Discussion of'Measurement of Stiffness Anisotropy in Kaolinite Using Bender Element Tests in a Floating Wall Consolidometer'by X.Kang,G.-C.Kang,and B.Bate'by Coffman,Salazar and Zhao.Geotechnical Testing Journal(IF=1.289).39(6):1079-1083,DOI:10.1520/GTJ20160123.(PDF)
9.Kang,X.and Bate,B.*(2016).Shear Wave Velocity and Its Anisotropy of Polymer Modified High Volume Class F Fly Ash-Kaolinite Mixtures.Journal of Geotechnical and Geoenvironmental Engineering,ASCE(IF=2.714).142(12).DOI:10.1061/(ASCE)GT.1943-5606.0001562,04016068.(PDF)
8.Cao,S.C.,Bate,B.,Hu,J.W.,and Jung,J.*(2016).Engineering Behavior and Characteristics of Biopolymers:Implication on Soil Remediation and Enhanced Oil Recovery.Sustainability(IF=2.576).8(3),205.doi:10.3390/su8030205.(PDF)
7.Choo,H.W.*,Bate,B.,and Burns,S.E.(2015).Effects of Organic Matter on Stiffness of Overconsolidated State and Anisotropy of Engineered Organoclays at Small Strain.Engineering Geology(IF=4.779).184:19-28.(PDF)
6.Kang,X.,Kang,G.-C.,and Bate,B.*(2014).Shear Wave Velocity Anisotropy of Kaolinite Using a Floating Wall Consolidometer-Type Bender Element Testing System.Geotechnical Testing Journal(IF=1.289).37(5):869-883.(PDF)
5.Bate,B.*and Burns,S.E.(2014).Complex Dielectric Permittivity of Organically Modified Bentonite Suspensions(0.2-1.3 GHz),Canadian Geotechnical Journal(IF=2.802).51:782-794.(PDF)
4.Bate,B.*,Zhao,Q.,and Burns,S.E.(2014).Impact of Organic Coatings on the Frictional Strength of Organically Modified Clay.Journal of Geotechnical and Geoenvironmental Engineering,ASCE(IF=2.714).140(1):228-236.(PDF)
3.Bate,B.*,Choo,H.W.,and Burns,S.E.(2013).Dynamic Properties of Fine-Grained Soils Engineered with a Controlled Organic Phase.Soil Dynamics and Earthquake Engineering(IF=2.637).53:176-186.(PDF)
2.Bate,B.*and Zhang,L.M.(2013).Use of Vacuum for the Stabilization of Dry Sand Slopes.Journal of Geotechnical and Geoenvironmental Engineering,ASCE(IF=2.714).139(1):143-151.(PDF)
1.Bate,B.and Burns,S.E.*(2010).Effect of Total Organic Carbon Content and Structure on the Electrokinetic Behavior of Organoclay Suspensions.Journal of Colloid and Interface Science(IF=7.489).343:58-64.(PDF)
中文期刊文章
1.陈超，聂绍凯，刘鹏飞，陈云敏，巴特*(2020).基于二维微流控模型的多孔介质渗透特性的研究.中南大学学报，已录用待刊
会议文章及摘要
14.Cao,J.,Hao,N.,Zhang,C.,Ye,J.,and Bate,B.*(2019).Spectral Induced Polarization for Environmental Remediation Process Monitoring.The 3rd International Conference on Bioresources,Energy,Environment,and Materials Technology 2019(BEEM2019),June 12-15,2019,The Hong Kong Polytechnic University,Hong Kong.China.abstract.
13.Nie,S.,Bate,B.*,Huang,B.and Chen,Y.(2019).Two-Dimensional Capillary Rise Panel of Granular Media.the 7th Asia-Pacific Conference on Unsaturated Soils(AP-UNSAT2019),Aug.23-25,2019,Nagoya,Japan,extended abstract.
12.Bate,B.*,Cao,J.,and Zhang,C.(2018).Monitoring of the enzyme induced calcite precipitates simultaneously with spectral induced polarization and bender element technique.Session NS13C:Geophysical Quantification of Biogeochemical Processes Posters,AGU Fall Meeting 2018,Dec.10-14,2019,Washington D.C.,United States,abstract&poster presentation.
11.Liu,Y.*,Ke,H.,Te Ba,annd Wu,X.(2018).Study on the Cleaning of Organic Pollutants by Micronano Bubbles in Sandy Soil Foundation.The 8th International Congress on Environmental Geotechnics(ICEG2018),Oct.28-Nov.1,2018,Hangzhou,China,2018(EI-indexed).
10.Chen,X.Chen,G.,Li,Y.and Bate,B.*(2018)Extrapolating Kd or Rf from breakthrough curves of cesium and strontium cations transporting through a soil column.The 8th International Congress on Environmental Geotechnics(ICEG2018),Oct.28-Nov.1,2018,Hangzhou,China,2018(EI-indexed).
9.Cao,J.,Zhang,C.,and Bate,B.*(2018)The Complex Conductivity and Shear Wave Velocity Responses in an Engineered Sand-Calcium Carbonate Mixture.The 8th International Congress on Environmental Geotechnics(ICEG2018),Oct.28-Nov.1,2018,Hangzhou,China.(EI-indexed).
8.Cao,J.,Mormile,M.and Bate,B.*(2016).Strength Enhancement of Geomaterials with Biofilms.Geo-Structures 2016,February 14-17,2016.Phoenix,AZ,United States,abstract.
7.Kang,X.,Bate,B.*,and Ge,L.(2014).Shear Wave Velocity and Its Anisotropy of Granular Materials of Different Sizes.Geo-Congress 2014,Feb.23-26,2014,Atlanta,GA,United States.GSP 234:2029-2041.(PDF)
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