田泽安，男，博士，博导，副教授。2000年和2009年于伟德官网获工学硕士学位和工学博士学位、2010年3月至2014年3月于澳大利亚新南威尔士大学材料科学与工程公司从事博士后研究。主要研究方向为高性能计算、复杂结构可视分析、材料计算、复杂系统动力学、无序体系结构分析。发表SCI论文200余篇，获授权专利和软件著作权共10余项。主持国家自然科学基金面上/地区项目各1项，国家自然科学基金联合项目子课题1项，省部级自科基金3项；参与国自科面上项目3项；参与国家重点研发计划项目4项。

研究方向：并行计算与超级计算、计算机体系结构、复杂体系微观结构可视分析、人工智能应用、材料计算、复杂系统动力学、无序体系结构分析

联系方式：tianzean@hnu.edu.cn/13974843579

2018/09至今伟德官网，信息科学与工程公司，副教授

2014/02–2018/09伟德官网，物理与微电子科学公司，副教授

2010/03–2014/02澳大利亚新南威尔士大学，材料科学与工程公司，访问学者、博士后/讲师

2002/02–2010/02伟德官网，物理与微电子科学公司，讲师、副教授

2002/10–2003/02深圳西风集团西风研究院，经理助理

2001/08–2002/02湖南西风科技有限公司，重大项目部经理

2000/04–2001/07湖南中智信息科技有限公司，项目经理

2003/09–2009/06伟德官网，材料科学与工程，博士

1997/09–2000/03伟德官网，高等教育学，硕士

1995/09–1997/07湖南教师进修公司，物理系，本科

A novel methodfor structural analysis of amorphous system:development and application(FundCode:SIR50;Project ID:PS22949),2011.1-2014.3,funded by University of NewSouth Wales,Australia

Simulationstudy on solidification processes and microstructure evolution of metalnanodroplets(Fund Code:SIR30;Project Number:PS27257),2012.10-2013.10,funded by University of New South Wales,Australia

[1]国家重点研发计划，面向新一代国产超算的高性能材料模拟软件的适配与优化,2023.12-2026.11，任务负责人

[2]国家重点研发计划，2021YFB0300102，非晶结构分析软件适配与优化，2021.12-2023.11，课题完成人

[3]国家自然科学基金面上项目，62376091，金属玻璃微观结构量化分析及构效关系研究，2024.1.1-2027.12.31，主持

[4]壹仟零壹艺网络科技（北京）有限公司，2023.6.7-2026.6.6，建筑行业垂直大模型训练ALDGPT项目，主持

[5]湖南省自然科学基金面上项目，2022JJ3016基于机器学习的金属玻璃微观结构与动力学相关性研究、2022.01.01-2024.12.31，主持。

[6]光合基金开放项目，GHfund A 20220201-6853，复杂体系微观结构分析软件的C86异构平台适配与应用，2022-4-12至2023-3-31，主持

[7]光合基金开放项目，GHfund B 20210702-0682，液态金属凝固过冷的微观结构起源研究，2021-7-15至2022-7-14，主持

[8]国家自然科学基金地区基金项目，5166100非晶形成能力的拓扑密堆团簇表征研究2017.01-2020.12，主持

[9]国家自然科学基金联合项目（子项目），U1612442-6-喀斯特地区重金属污染综合防控体系大数据平台的构建及应用，2017.1.1-2021.12.31，主持

[10]企事业单位委托科技项目，Ti-H-He体系及Mo-Ti体系作用势的拟合2018.1.1-2018.12.31，主持

[11]湖南省自然科学基金面上项目，2016JJ202金属亚稳态的快凝捕获及稳定性模拟研究，2016.01-2018.12，主持

[12]湘江实验室重点项目，22xj01011，面向新一代国产超算平台的AI高性能软件栈和支撑技术,2023.1.1-2025.12.31，参与

[13]装备发展部，8091B042223，超算与人工智能融合计算，2022.12.31-2025.12.31，参与

[14]伟德官网重庆研究院横向项目，产前超声AI智慧云平台系统测试，2022.01-2026.12，参与

[15]国家重点研发计划项目，2022YFF0606303，胎儿智能超声标准参考图谱及实时评价关键技术研究（胎儿超声影像标准切面高效智能识别与检测），2022.10.01-2025.09.30，参与

[16]国家自然科学基金面上项目，62272159，知识与结构协同感知的胎儿超声实时质量控制关键技术研究，2023.01-2026.12，参与

[17]国家重点研发计划，2020YFB0704500，国家新材料数据库平台建设关键技术研究,2020.09-2022.08，参与

[18]国家重点研发计划，2018YFB0704000，高通量多尺度材料模拟与性能设计平台,2018.06-2022.05，参与

[19]国家自然科学基金面上项目，快凝条件下液态合金团簇结构遗传能力的比较与分析,51071065,2011.01-2013.07，参与

[20]国家自然科学基金重点项目，过热金属熔体行为与非晶形成能力，50831003，2009.01-2012.12，参与

[21]国家自然科学基金面上项目，不同局域环境下迹量掺杂元素对Ni/Ni3Al相界强韧性的影响，50771044,2008.01-2010.12，参与

[22]国家自然科学基金面上项目，金属凝固形成纳米团簇、纳米晶粒的不同形核演变机制的识别与表征研究，50571037，2006.01-2008.12，参与

[23]教育部重点基金，液态金属快速凝固过程中团簇结构遗传与选择遗传的电子机制，104139,2004.01-2006.12，参与

[24]湖南省科技厅，液态金属快速凝固过程的模拟仿真与图文化研究，04FJ3030，2005-01--2006-12，参与

[25]湖南省科技项目，Ni基单晶超合γ/γ’相界强韧化的模式化设计，06FJ4117 2005.07-2008.06参与

[26]湖南省自然科学基金，快速凝固非晶态合金纳米团簇结构及局域电子理论的计算，05JJ30086，2005/01-2006/12，参与

[27]国家自然科学基金面上项目，50271026，液态、非晶态金属结构中大团簇结构的识别、表征的模拟研究，2003/01-2005/12，参与

发表论文：

i.Journal paper(peer review paper)

[1]XiaoJiang,Zean Tian,*Kenli Li,andWangyu Hu,Toward Interpreting the Thermally ActivatedβDynamics in MetallicGlass Usingthe Structural Constraint Neural Network,The Journal of PhysicalChemistryLetters,J.Phys.Chem.Lett.2024,15,3238-3248,https://pubs.acs.org/doi/10.1021/acs.jpclett.4c00280

[2]XiaoJiang,Zean Tian*,Kenli Li,andWangyu Hu,A geometry-enhanced graph neural network for learning thesmoothnessof glassy dynamics from static structure,J.Chem.Phys.159,144504(2023);https://doi.org/10.1063/5.0162463

[3]JiamingPan,Yushuang Jia,Kenli Li,Lei Liao,Liping Qiu,Fan Wu,and Zean Tian*,Does the GFA of AlloysDepend on theAtomic Size Ratio:A DT-Based ML Study,Crystal Growth&Design,2023,23,5912-5918,https://pubs.acs.org/doi/pdf/10.1021/acs.cgd.3c00509

[4]Shen Ping,Xiao Jiang,Zean Tian*,Ronghui Cao,Weiming Chi,and Shenghong Yang;Cross-ModalInteraction Network for Video MomentRetrieva,InternationalJournal ofPattern Recognition and Artificial Intelligence,Vol.37,No.08,2355010(2023).https://doi.org/10.1142/S0218001423550108

[5]Zean Tian*,Zhongyang Zhang,Xiao Jiang,Feng Wei,Shen Ping and Fan Wu,LaSCA:AVisualization Analysis Tool for Microstructure of ComplexSystems,Metals 2023,13(2),415.https://doi.org/10.3390/met13020415

[6]Jiaming Pan,Xiao Jiang,ZeanTian*,YikunHu*,and Kenli Li.MLModel Optimization?Selectionand GFA Prediction forBinary Alloys,Cryst.Growth Des.2022,22,4,2462–2469,https://doi.org/10.1021/acs.cgd.1c01519

[7]XiaoXu Jin,Zean Tian*,Wangyu Hu*,Critical structural invariant during high?pressure solidification of copper,MRS Communications(2022)12:45–50,https://doi.org/10.1557/s43579-021-00138-5.

[8]Xiao Jiang,ZeanTian*,Kenli Li,Senior Member,IEEE.AGraph-based Approach for Missing Sensor DataImputation.IEEE sensors journal.2021,21(20)1558-1748.

[9]Liping Li,ZeanTian*,Kenli Li,Ceng Chen.G-CNN andDouble-referenced Thresholding for Detecting Time SeriesAnomalies,Journal of Intelligent&Fuzzy Systems(ISSN:1064-1246),40(2021)3969-3980;DOI:10.3233/JIFS-200175,

[10]Xiaozhen Deng,Lin Lang,Yunfei Mo,Kejun Dong,Zean Tian*,Wangyu Hu.Solid-solidphase transition of Tungsten induced by high pressure:a MDsimulation study.Transactions of Nonferrous Metals Society of China,30(2020)11:2980-2993.

[11]XiaozhenDeng,LinLang,Yunfei Mo,Zean Tian*,Wangyu Hu.The phasetransition of rapidly super-cooled Tungsten under 100 GPa.ChemicalPhysics Letters 755(2020)137789.

[12]LinLang,KeliangYang,Zean Tian*,HUiqiu Deng,Fei Gao,Wangyu Hu*,YunfeiMo.Development of a Ni-Mo interatomicpotential for irradiationsimulation.Modelling andSimulation in MaterialsScience and Engineering,27(2019)4:045009.

[13]LinLang,HuiqiuDeng,Zean Tian*,FeiGao,Wangyu Hu*,Dadong Wen,YunfeiMo.The effect of Mo addition on structureand glass forming ability of Ni-Zralloys.Journal of alloys andcompounds,775(2019)1184-1198.DOI:10.1016/j.jallcom.2018.10.184.

[14]Zhizhou Wu,Yunfei Mo,LinLang,Aibing Yu,Quan Xie,Rangsu Liu,and Zean Tian*.Topologicallyclose-packed characteristic of amorphous Tantalum.Physical Chemistry Chemical Physics,20(2018)28088-28104.DOI:10.1039/C8CP05897K.

[15]Z.A.Tian,*K.J.Dong and A.B.Yu.LocalRotational Symmetry in the Packing of Uniform Spheres.Phys.Chem.Chem.Phys.,14June.2017,19(22),14588-14595.

[16]Haitao Zhang,Yunfei Mo,ZeanTian,*Rangsu Liu,Lili Zhou,Zhaoyang Hou,The effect of pressureupon crystallization of rapidlysupercooled Zirconium melts.Phys.Chem.Chem.Phys.,2017,19(19),12310-12320

[17]Y.F.Mo,Z.A.Tian*,Rang-su Liu,Zhao-yangHou,Li-li Zhou,Ping Peng,Hai-taoZhang,Yong-chao Liang,Molecular dynamics study on microstructuralevolutionduring crystallization of rapidly supercooled Zirconium melts,Journal of alloys and compounds,688(2016):654-665.

[18]Y.F.Mo,Z.A.Tian*,R.S.Liu,Z.Y.Hou,C.C.Wang.Structural evolution duringcrystallization of rapidly super-cooledcopper melt,Journal of non-crystalline solids421(2015)14-19.

[19]Z.A.Tian,Li-li Zhou*,Yun-fei Mo,Yong-chaoLiang,Rang-su Liu.Cooling rate dependence of thepolymorph selection duringrapid solidification of liquid metal zinc,TransactionsofNonferrous Metals Society of China 2015,25(12):4072-4079.

[20].Liang Xu,Wei-QingHuang*,Liang-Ling Wang,Ze-An Tian,Wangyu Hu,Yanming Ma,XinWang,Anlin Pan,and Gui-Fang Huang.Insights intoEnhanced Visible-LightPhotocatalytic Hydrongen Evolution of g-C3N4 and HighlyReduced Graphene OxideComposite:The Role of Oxygen,Chemistry of Materials 2015,27:1612-1621.

[21]Z.A.Tian,K.J.Dong,A.B.Yu.Structural evolutionin the crystallization of rapid coolingsilver melt,Annals of Physics 2015,354():499-510.

[22]Z.A.Tian,K.J.Dong,A.B.Yu.Structural evolutionin the packing of uniform spheres,PhysicalReviewE 2014,89(3):032202.

[23]Z.A.Tian,K.J.Dong,A.B.Yu*.A method for structural analysis of disorderedparticle systems.AIPConf.Proc.2013,1542:373-376.

[24]Z.A.Tian,R.S.Liu,K.J.Dong,and A.B.Yu,A new method for analyzing thelocal structures of disordered systems.EPL,2011,96(3),36001.

[25]Z.A.Tian,R.S.Liu,P.Peng,Z.Y.Hou,H.R.Liu,C X.Zheng,K.J.Dong,A.B.Yu.Freezing structures of free silver nanodroplets:Amolecular dynamicssimulation study.Phys.Lett.A,2009,373(18-19):1667-1671.

[26]Z.A.Tian,R.S.Liu,C.X.Zheng,H.R.Liu,Z.Y.Hou,and P.Peng.FormationandEvolution of Metastable bcc Phase during Solidification of Liquid Ag:AMolecular Dynamics Simulation Study.J.Phys.Chem.A,2008,112(48):12326-12336.

[27]Z.A Tian,R.S.Liu,H.R.Liu,C.X.Zheng,Z.Y.Hou,P.Peng.Moleculardynamics simulation for coolingrate dependence of solidificationmicrostructures of silver.J.Non-Cryst.Solids,2008,354:3705-3712.

Year 2025

[1]HengWang,Furong Xu,Songli Dai,Shiyu Xiao,Zhigang Yu and Zean Tian*,Electronic,optical and photocatalyticwater splitting properties of two-dimensional monolayers of Janus Cd2 XY(X=S,Se;Y=Se,Te;X≠Y):a first-principles study,Phys.Scr.100(2025)035921,https://doi.org/10.1088/1402-4896/adaf81

[2]ZhigangYu,Furong Xu,Songli Dai,Heng Wang,Shiyu Xiao,Zean Tian*,XYZ2(X/Y=Ge,Pb,Sn;Z=Se,S,Te)two-dimensional Janus monolayers for photocatalyticwater splitting:A first-principles study,Colloids and Surfaces A:Physicochemical andEngineering Aspects 709(2025)136172,https://doi.org/10.1016/j.colsurfa.2025.136172

Year 2024

[1]Weifu Cen,Xin He,Ping Zou,Bing Yao,Jiankai Ou,Lin Lyu,Zean Tian*,Yinye Yang,Stress affects the electronic transition andeffectively regulates the optical properties of SnS2,Chemical Physics Letters 857(2024)141672,https://doi.org/10.1016/j.cplett.2024.141672

[2]Songli Dai,ZeanTian*,Tunable magnetic properties of two-dimensional Janus NiClI monolayer,ComputationalMaterials Science 246(2025)113472,https://doi.org/10.1016/j.commatsci.2024.113472

[3]Jie Wang,ZeanTian*,Mingshao Fu,Chengshuang Liang,Quan Zheng,Complex topologicalclose-packed phase of rapidly cooled chromium,Journal of Solid StateChemistry 341(2025)125058,https://doi.org/10.1016/j.jssc.2024.125058

[4]Jie Wang,ZeanTian*,Quan Zheng,Chengshuang Liang,Mingshao Fu,and Kejun Dong,Structureeffect of ENPs on mechanical properties of amorphous CuCo alloys,J.Appl.Phys.136,145103(2024);doi:10.1063/5.0227317

[5]ChengshuangLiang,Zean Tian*,Quan Zheng,Jie Wang,Mingshao Fu,Yongbao Ai*,Kejun Dong*,Molecular dynamics simulation of mechanical properties of NiCo alloy underprimary cascade damage,Vacuum 230(2024)113681,https://doi.org/10.1016/j.vacuum.2024.113681

[6]Huan Zheng,Songli Dai,Weifu Cen,Furong Xu,Zean Tian*,Strain-bandgap quasi-linearcorrelation applied to modulation of NiBr2 monolayer optical properties;Computational and Theoretical Chemistry 1239(2024)114789,https://doi.org/10.1016/j.comptc.2024.114789

[7]ChengshuangLiang,Zean Tian*,Quan Zheng,Jie Wang,Mingshao Fu;Molecular dynamicssimulation of the microstructural evolution in FeCuNi metallic glass underneutron irradiation;Materials Today Communications 40(2024)109970,https://doi.org/10.1016/j.mtcomm.2024.109970

[8]Weifu Cen*,Xin He,Songli Dai,Lin Lv,BingYao,Jiankai Ou,Ping Zou*,Yinye Yang*,Zean Tian*,The influence of Mn-dopingtypes on electronic structure and dilute magnetic property of Ca2Ge,Physica B:Condensed Matter 687(2024)416082,https://doi.org/10.1016/j.physb.2024.416082

[9]JieyuYang,Weifu Cen,Zean Tian*,Effect of biaxial strain on the electronicstructure and optical properties of two-dimensional Bi2Te2S，Phys.Scr.99(2024)085927,https://doi.org/10.1088/1402-4896/ad56cc

[10]Songli Dai,Zean Tian*,Guolin Qian,Yutao Liu,Ferromagnetic InMoTe3 monolayerwith strain-modulated magnetic interactions and Curie temperature,Appl.Phys.Lett.125,012405(2024),https://doi.org/10.1063/5.0208065

[11]Yangchuan Zeng,Zean Tian*,Quan Zheng,Anguo Bu,and Quan Xie,Identifying key features for predicting glass-formingability of bulk metallic glasses via interpretable machine learning,JOURNAL OF MATERIALS SCIENCE,59(19)8318-8337,2024,

[12]Mengting Li,Weifu Cen,Zean Tian*,First-principles study of the magnetic and optical properties of PtSe2 dopedwith halogen elements F,Cl,and Br.Phys.Scr.99(2024)045508,(PhysicaScripta 99(2024)045508),https://doi.org/10.1088/1402-4896/ad2e58

[13]Weifu Cen,Zean Tian*,Improving the magnetic moment of Ca2Ge and promoting the conversionof semiconductors to diluted magnetic semiconductors using Mn-doping,RSC Advances,2024,14,6930–6937,DOI:10.1039/d3ra07294k

[14]Mengting Li,Weifu Cen,Zean Tian*,Quan Zheng,First Principles Calculation of Gas Sensitive Properties ofPd3-Modified Monolayer PtSe2 to SF6 Decomposition Products.Phys.Status Solidi RRL 2024,2300367,https://doi.org/10.1002/pssr.202300367

[15]Furong Xu,Songli Dai,Weifu Cen,QinghuaZeng and Zean Tian?,Study on the piezoelectric properties andthe mechanism of strain regulated piezoelectricity in flexible Janus monolayersCr2X3Y3(X/Y=Cl,Br,I),Phys.Scr.99(2024)025987,https://doi.org/10.1088/1402-4896/ad1da0

[16]Songli Dai,Zean Tian*,Furong Xu,GuolinQian,Yutao Liu,Manipulable ferromagnetic properties and half-metallicbehavior in hole-doped PbClI monolayer:A DFT study.ComputationalMaterials Science,234(2024)112771,https://doi.org/10.1016/j.commatsci.2023.112771

[17]Kunshuai Li,Qiao Wang,Chengyang Hu,Bo Liang,Canling Jian,Quan Zheng,Zean Tian*,Jianchuan Zhao,Dynamical analysis of anovel 2D Lyapunov exponent controllable memristive chaotic map.Chaos:AnInterdisciplinary Journal of Nonlinear Science,34(2024)083135,https://doi.org/10.1063/5.0187297

[18]Qiao Wang,Chenyang Hu,Zean Tian*,Xianming Wu,Haiwei Sang,Zhongwei Cui,A 3D memristor-based chaotic systemwith transition behaviors of coexisting attractors between equilibrium points.Resultsin Physics 56(2024)107201,https://doi.org/10.1016/j.rinp.2023.107201

[19]Qiao Wang,Zean Tian*,Xiaoming Wu,Kunshuai Li,Haiwei Sang,Xiong Yu,A 5D super-extreme-multistabilityhyperchaotic map based on parallel-cascaded memristors.Chaos,Solitons&Fractals,187(2024)115452,https://doi.org/10.1016/j.chaos.2024.115452

[20]Yunfei Mo,Zean Tian*,Lili zhou,YongchaoLiang,Kejun Dong*,Xiefu zhang,Haitao Zhang,Ping Peng,Rangsu Liu,Thedynamic competition mechanism between the topologically close-packed and BCCstructures during crystallization of undercooled zirconium.ChemicalPhysics,581(2024)112238,https://doi.org/10.1016/j.chemphys.2024.112238

Year2023

[1]Qiao Wang,Chenyang Hu,Zean Tian*,Xianming Wu,Haiwei Sang,Zhongwei Cui;A 3Dmemristor-based chaotic system with transition behaviors ofcoexistingattractors between equilibrium points,Results in Physics56(2024)107201;https://doi.org/10.1016/j.rinp.2023.107201

[2]Weifu Cen,Zhiwen Lin,Mengting Li,Xiefu Zhang,Zean Tian*;Enhancement of magnetic stability and absorption propertiesof monolayer NiZrmagnetic semiconductor by electric field modulation,Resultsin Physics 54(2023)107130

[3]YangchuanZeng,Zean Tian*,Quan Zheng,Mingxiang Jiang,Yikun Peng,Prediction ofglass-forming ability based on multi-model fusion,Journalof Non-Crystalline Solids,623(2024)122693;https://doi.org/10.1016/j.jnoncrysol

[4]Can-LingJian,Ze-AnTian*,Bo Liang,Chen-Yang Hu,Qiao Wang,and Jing-Xi Chen,Rucklidge-based memristive chaoticsystem:Dynamic analysis and imageencryption,Chin.Phys.B 32,100503(2023),https://doi.org/10.1088/1674-1056/acdac3

[5].ZhanGao,ZeanTian,Bin Pu,Shengli Li,Kenli Li?,Deep endpoints focusingnetwork undergeometric constraints for end-to-end biometric measurement infetal ultrasoundimages,Computersin Biology and Medicine 165(2023)107399,https://doi.org/10.1016/j.compbiomed.2023.107399

[6]ZechaoLu,ZeanTian*,Modulation ofBAs/graphene Schottky junction barrier by electricfield and vertical strain,MaterialsTodayCommunications,36(2023)106474,https://doi.org/10.1016/j.mtcomm.2023.106474

[7]Quan Zheng,Zean Tian*,Tinghong Gao,Yongchao Liang,Qian Chen,Quan Xie,Effectof graphene on solid-liquid coexistence in Cu nanodroplets,AppliedSurface Science,2023,637,157952.https://doi.org/10.1016/j.apsusc.2023.157952

[8]Qiao Wang,ChenyangHu,Zean Tian?,Xianming Wu and Haiwei Sang,Anew3D hidden conservative chaotic system with multistability and itscircuitimplementation,(PhysicaScripta)Phys.Scr.98(2023)075223,https://doi.org/10.1088/1402-4896/acdda8

[9]CanLeng,ZhuoTang*,Yi-Ge Zhou,Zean Tian,Wei-Qing Huang,Jie Liu,Keqin Li,Kenli Li*,Fifth Paradigm in Science:A CaseStudy of anIntelligence-Driven Material Design,Engineering,24(2023)126-137,https://doi.org/10.1016/j.eng.2022.06.027

[10]BeibeiLiu,Yangchun Chen,Long Guo,Xiaofan Li,Kun Wang,Huiqiu Deng,ZeanTian,Wangyu Hu,Shifang Xiao*,Dingwang Yuan*,Phase transition inyttrium under shock compression byatomistic simulations,International Journal of Mechanical Sciences,250(2023)108330.Available online 20 March 2023,https://doi.org/10.1016/j.ijmecsci.2023.108330

[11]Yikun Peng,ZeanTian*,Lulu Liu,Quan Zheng,Autonomous identification ofLindemannatoms based on deep learning,MaterialsToday Communications,35(2023)106053.https://doi.org/10.1016/j.mtcomm.2023.106053

[12]YikunPeng,Zean Tian*,Quan Zheng,Quan Xie,Tinghong Gao,Effect of graphene substrate on melting ofCu nanoparticles,Physica B:Condensed Matter,657(2023)414817.Availableonline16 March 2023,https://doi.org/10.1016/j.physb.2023.414817

[13]Zhiwen Lin,Zean Tian*,Weifu Cen,Qinghua Zeng,Monolayer black phosphorus:Tunable band gapandoptical properties,Physica B:Condensed Matter,657(2023)414780-8.15 May 2023.https://doi.org/10.1016/j.physb.2023.414780

[14]Bo Liang,Chenyang Hu,Zean Tian*,Qiao Wang,Canling Jian,A 3D chaotic system with multi-transientbehaviorand its application in image encryption,PhysicaA:Statistical Mechanics and its Applications,616(2023)128624-17,https://doi.org/10.1016/j.physa.2023.128624

[15]WeifuCen,Yinye Yang and ZeanTian*,Effect of stress on electronic structure and optical propertiesof cubic Ca2Ge,SemiconductorScienceand Technology(Semicond.Sci.Technol.)38(2023)035013(9pp)

Year 2022

[1]Xueting Zhai,Xuan Li,ZhengWang,Lina Hu*,Kaikai Song,Zean Tian*,YuanzhengYue*,The connection between the fragile-to-strongtransition and the liquid-liquidtransition in a binary alloy system,ActaMaterialia 239(2022)118246.15 October 2022 published.

[1]Chengkun Li,Zhiwei Luo,ZeanTian*,KejunDong,The concealed solid-solid structural phasetransition of Fe70Ni10Cr20under high pressure,Materials Today Communications 33(2022)104499-10,https://doi.org/10.1016/j.mtcomm.2022.104499

[2]Chenyang Hu,ZeanTian*,Qiao Wang,XiefuZhang,Bo Liang,Canling Jian,Xianming Wu,Amemristor-based VB2 chaoticsystem:Dynamical analysis,circuit implementation,and image encryption,Optik-International Journal for Light and Electron Optics 269(2022)169878.

[3]Chenyang Hu,Qiao Wang,XiefuZhang,Zean Tian*,Xianming Wu.A new chaotic system withnovel multiple shapes of two-channelattractors.Chaos,Solitons and Fractals 162(2022)112454.

[4]HuaXu,Weifu Cen,Zean Tian*,QuanZheng,Tinghong Gao,Yongchao Liang,Quan Xie.A first principles study ofthesurface electronic properties of Mo2C,Solid State Communications 353(2022)114867.

[5]MingxiangJiang,ZeanTian*,QuanXie,TinghongGao,Yongchao Liang,Qian Chen,Numericalrecognition of C15 unit inrapid solidification Ni70Ag30 nanoparticles.ActaPhys.Sin.,71(2022)17:176402-8.doi:10.7498/aps.71.20220662

[6]Yuxi Luo,ZeanTian*,Quan Zheng,Lin Hu,Kejun Dong*.Crystallization insights revealed bysimulationsolidification study of Fe63Ni33Co4 alloy melt at subcritical coolingrate,Journalof Non-Crystalline Solids 586(2022)121557.https://doi.org/10.1016/j.jnoncrysol.2022.121557

[7]Xiangyan Luo,Yixin Wang,ZeanTian,*JiajunMa,Hong Yu,and Quan Xie*.Atomic Correlation between Bilayer Graphene andDouble-Walled Carbon Nanotubes,J.Phys.Chem.C 2022,126,4030?4036.https://doi.org/10.1021/acs.jpcc.1c09523

[8]QiaoWang,ZeanTian*,Xianming Wu and Weijie Tan,Coexistence of Multiple Attractors in a Novel SimpleJerk Chaotic Circuit withCFOAs Implementation.Frontiers in Physics,2022,10,835188-12

Year 2021

[1]Lin Hu,ZeanTian*,Yongchao Liang,Tinghong Gao,QianChen,Quan Zheng,Yuxi Luo,Quan Xie.Therole of TCP structures in glassformation of Ni50Ag50 alloys,Journal of Alloys and Compounds,897(2022)162743 https://doi.org/10.1016/j.jallcom.2021.162743.

[2]Yunfei Mo,ZeanTian*,Lili Zhou,Yongchao Liang,Lin Lang,Kejun Dong,Rangsu Liu,PingPeng.Competition between TCP and crystallineclusters during phase transition ofrapidly super-cooled aluminum,JournalofNon-Crystalline Solids,576(2022)121271,DOI:10.1016/j.jnoncrysol.2021.121271.

[3]Guo-Cui Wei,Ze-AnTian*,Molecular dynamics simulation ofrapid solidification of Cu64Zr36 nanodrops ofdifferent sizes,ActaPhysica Sinica,70,246401(2021)DOI:10.7498/aps.70.20211235.

[4]Can Leng,Kenli Li,ZeanTian*,Yubing Si*,HuangHuang,Junfeng Li,Jie Liu1,Wei Qing Huang&Keqin Li*,Theoretical studyof cellulose II nanocrystals with differentexposed facets,scientificreports,11(2021)21871,DOI10.1038/s41598-021-01438-5.

[5]Li-li Zhou,Jia-ming Pan,LinLang,Ze-an Tian*,Yun-fei Mo,Ke-jun Dong,Atomicstructure evolutions andmechanisms of the crystallization pathway of liquid Alduring rapid cooling,RSCADVANCES,2021,11(63)39829-39837,DOI10.1039/d1ra06777j

[6]Xuan Li,ZeanTian*,Quan Xie,Kejun Dong.Thetopologically close-packed Fe70Cu15Ni15nanoparticles-A simulation study.Vacuum,2021,193,110523,DOI:10.1016/j.vacuum.2021.110523

[7]Li-Li Zhou,Ze-AnTian*,Yong-Chao Liang,Yun-Fei Mo,Cun-Jing Wang,Fang-Zuo Li,Correlation between thetopologically close-packedstructure and the deformation behavior of metallicCu64.5Zr35.5,Physicalchemistrychemical physics,2021,23(45)25933-25943,https://doi.org/10.1039/D1CP03758G

[8]Xiefu Zhang,ZeanTian*,Jian Li,Xianming Wu and Zhongwei Cui,A Hidden ChaoticSystemwith Multiple Attractors,Entropy,2021,23(10)1341,DOI:10.3390/e23101341

[9]Yu-Qin Wu,Ze-anTian*,Fang Liu,Zi-Hou Yuan,Wei Chen,Chi Zhang,Cheng-Xin Li.Effectofmagnetic field on microstructure and property of Ag-Sn solder alloys.MaterialsLetters 303(2021)130515.DOI10.1016/j.matlet.2021.130515

[10]Quan Zheng,Ting Xiao,ZeanTian*,Tinghong Gao,Yongchao Liang,QianChen,Quan Xie.Hidden State of Si50Ge50 NanoparticlesDuringRapid Solidification.CrystalGrowth&Design.Accepted:30/06/2021.Cryst.Growth Des.2021,21,4746?4756.https://doi.org/10.1021/acs.cgd.1c00586.

[11]Ruijie Wang,ZeanTian*,Qingquan Xiao,Weifu Cen,QuanZheng.The effect of Ni/Co-doping on electronicstructures and opticalproperties of cubic Ca2Ge.Optik-International Journal for Light and ElectronOptics 243(2021)167422.

[12]Xiefu Zhang,ZeanTian*,Jian Li and Zhongwei Cui.A SimpleParallel Chaotic Circuit Based onMemristor.Entropy 2021,23,719-14.https://doi.org/10.3390/e23060719.

[13]Zhiwei Luo,ZeanTian*,Yongchao Liang,Quan Xie.Crystallization behavior of Fe70Ni10Cr20 during rapidsolidification underdifferent cooling rates.MaterialsToday Communications 27(2021)102255.https://doi.org/10.1016/j.mtcomm.

[14]Siyuan Wang,Kejun Dong*,Quan Xie,Zean Tian*.Inconsistency ofneighborhood basedon Voronoi tessellation and Euclid distance.Journalof alloys and compounds,854(2021)156983.

[15]LiliZhou,Yunfei Mo,ZeanTian*,FangzuoLi,Xiaolu Xie,Rangsu Liu.Pressure effect on structureand properties ofrapidly-cooled Mg70Zn30 alloy.Journal of Materials Science,56(2021)4420-4432.https://doi.org/10.1007/s10853-020-05505-6.

[16]JingjingLI,ZeanTIAN*.Structural Origin ofthe Second Peak Split of FeCuNi MetallicGlass,Low.Temp.Phys.Lett.,2(2020):0081-0089.DOI:10.13380/j.ltpl.2020.02.004.

[17]YunfeiMo,ZeanTian*,Lin Lang,Lili Zhou,Yongchao Liang,Haitao Zhang,Rangsu Liu,Ping Peng,Dadong Wen.Differentstructural transitions of rapidly supercooledTantalum melt under pressure.PhysicalChemistryChemical Physics,22(2020)18078-18090,DOI:10.1039/D0CP01432J.

[18]Min Li,Quan Xie*,Xiangyan Luo and Zean Tian*.Molecular dynamicssimulationof carbon nanotubes and silicon nanowire composites.ModernPhysics Letters B,34(2020)31:2050355-13.

[19]Jingjing Li,ZeanTian*,Quan Xie,Shixian Xiong.Component effect onmicrostructure ofrapidly cooled FeCuNi alloys.ChemicalPhysics Letters,753(2020)137630.Published 21 May 2020.

[20]Yu,BY;Liang,YC*;Tian,ZA*;Liu,RS;Gao,TH;Xie,Q;Mo,YF.MD simulationoncrystallization mechanisms of rapidly supercooled Fe-Ni alloys.JOURNALOF CRYSTAL GROWTH，535(2020)125533

[21]XiaoJiang,Gui-Bin Bian,ZeanTian,Removal of Artifacts from EEG Signals:A Review.Sensors.19(2019)5:987.

[22]Bang-yi Yu,Yong-chaoLiang*,Ze-an Tian*,Yue-hong Zhang,Quan Xie,Ting-hong Gao,Yun-feiMo.MD study on topologically close-packed andconfiguration entropy of Mg40Al60metallic glasses under rapid solidification.Journalof Non-Crystalline Solids.522(2019):119578.

[23]Y.F.Mo,Z.A.Tian*,L.Lang,R.S.Liu,L.L.Zhou,Z.Y.Hou,P.Peng,T.Y.Zhang.The short-range order in liquid and A15 crystal of zirconium.Journalof Non-Crystalline Solids.513(2019),111-119.

[24]Ting Xiao,ZeanTian*,Tinghong Gao,Xiaotian Guo,Yunfei Mo,Lin Lang,Yao Zhou,Yongchao Liang.Microstructuralevolution of SiGe Nano-droplet during rapidsolidification process at differentcooling rate.Low Temperature Physical Letters.6(2018):42-49.

[25]Yongchao Liang,Yuehong Zhang,Bangyi Yu,Rangsu Liu,Quan Xie,Zean Tian*.Thedeformation and transformation of icosahedron in Mg70Zn30 metallicglasses.ChemicalPhysics Letters,703(2018)39-43.

[26]XiZhao,Chunzhen Wang,HaijiaoZheng,ZeanTian*and Lina Hu*,The Role of Liquid-liquidTransition in Glass Formationof CuZr Alloys.Physical Chemistry Chemical Physics,2017,19(24)15962-15972.DOI:10.1039/C7CP02111A

[27]Li-li Zhou,Run-yu Yang,Ze-anTian*,Yun-fei Mo,Rang-suLiu.Molecular dynamics simulation onstructural evolution duringcrystallization of rapidly super-cooled Cu50Ni50 alloy,Journalof alloy and compounds.2017,690:633-639

[28]X.C.Jiang,S.X.Xiong,Z.A.Tian,C.Y.Chen,W.M.Chen,and A.B.Yu Twinned Structure andGrowth of V-Shaped SilverNanowires Generated by a Polyol-Thermal Approach.J.Phys.Chem.C,2011,115(5):1800-1810.

ii.Conference submissions(e.g.papers,invited presentations and posters)

[1]Z.A.Tian,Computable microstructure model of disorderedsystems.Invited report,the 3rd InternationalConference on New Materials,Machinery and Vehicle Engineering(NMMVE2024),19-21th July 2024,Dalin China.

[2]Z.A.Tian,A.B.Yu.Hierarchical structure analysis fordisordered systems.Invited report,the 4th China-AustraliaSymposium for Materials Science(CASMS2013),20-24th October2013,Zhuhai China.

[3]Z.A.Tian,A.B.Yu.Local gap and phase transitionin the packing of uniform spheres.Oral report,UK-China International ParticleTechnology Forum IV(UCIPTF IV),15th-19thOctober2013,Shanghai China.

[4]Z.A.Tian,A.B.Yu.Microstructures of MetalNanoparticles.The 8th International Conference on Surfaces,Coatings and Nano-Structured Materials(NANOSMAT),22th-25thSeptember2013,Granada,Spain.

[5]Z.A.Tian,K.J.Dong,A.B.Yu.A method forstructural analysis of disordered particle systems.Poster,Powders and Grains2013,8th–12th July 2013,Sydney NSW,Australia.

[6]Z.A.Tian,A.B.Yu,K.J.Dong.Surface isomers:novelty metal nano-particles.Oral report,APMC10,ICONN2012&ACMM22,5th-9th February2012,Perth WA,Australia.

[7]Z.A.Tian,K.J.Dong,A.B.Yu.A new method foranalyzing the local structures of disordered systems.Oral report,the 3thChina-Australia Symposium for Materials Science(CASMS2011),19-23th November,2011,Gold Coast QLD,Australia.

[8]Z.A.Tian,K.J.Dong,A.B.Yu.Simulation studyon the cooling processes of nano-droplets.Oral report,the third Australia-ChinaJoint Symposium on Science,Technology and Education.6th-8thOctober,2010,Melbourne Convention and Exhibition Centre,Melbourne,Victoria,Australia.

[9]Z.A.Tian,P.Peng,R.S.Liu.Simulation study andstructural analysis of the solidification of free silver nano-droplets.Oralreport,China Materials Conference,Chinese Materials Research Society.20th-24thNovember2008,Canton,Guangdong province,P.R.China.

发明专利：

[1]专利名：一种基于时空图的跨模态视频时刻定位方法及系统；发明人：李肯立，平申，田泽安，潘佳铭，张忠阳，姜骁；专利号：ZL2022 1 1644165.9；授权日：2024年08月13日

[2]专利名：一种无参数局域结构识别方法；发明人：田泽安、潘佳铭、李肯立、余艾冰、董科军；专利号：ZL202010261050.0；授权日：2022年04月12日

[3]专利名：基于深度学习的多元时间序列多层次时空依赖建模方法；发明人：田泽安、黎丽萍、潘佳铭、李肯立；专利号：ZL202010495285.8；授权日：2021年10月08日

[4]专利名：一种全集成电动车闪光器驱动芯片；发明人：郑权、田泽安、曾承伟、李湘春、蓝龙伟、徐兴；专利号：ZL201911016062.0；授权日：2021年04月30日

[1]2010年-2014年，澳大利亚新南威尔士大学“Vice Chancellor’s postdoctoral research fellowship”

[2]2014年伟德官网讲课比赛三等奖

[3]2009年伟德官网讲课比赛三等奖