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湖南大学化学化工学院导师教师师资介绍简介-易海波

本站小编 Free考研考试/2021-08-18

易海波 Hai-Bo Yi
教授,博士,物理化学方向
Professor, Ph.D., Physical Chemistry
Email: hbyi@hnu.edu.cn,haibo_yi@hotmail.com






基本信息


易海波,湖南省澧县。教授,博士,中国农工党员。承担结构化学、量子化学、分子模拟与计算化学、物理化学与相关实验等理论与实验课程,承担结构化学课程微课建设。
联系方式:新化工楼A区-315室、A区-319室,hbyi@hnu.edu.cn,**, **(QQ)。
课题组QQ群:(分子流体与动力学模拟)、微信群:分子流体微观动力学
RESEARCH INTERESTS
Inorganic functional materials,ion selectivity of nanomaterials, molecular liquids,ion association, hydration dynamics, nanoconfinement, nucleation mechanism, molecular simulation
EDUCATION
PhD inPhysical Chemistry, June 2003–SichuanUniversity
BA inChemistry Education, June1998–Hunan NormalUniversity.
APPOINTMENTS
Professor:HunanUniversity,College of Chemistry and Chemical Engineering, February2019 to Present.
Associate Professor:HunanUniversity,College of Chemistry and Chemical Engineering, 2006Decemberto January2019.
Researcher, 2009 August–2009 October, Pohang University of Science and Technology (Korea)
Assistant Professor:HunanUniversity,College of Chemistry and Chemical Engineering, August2005toDecember 2006.
Researcher, 2003 August–2005 August, Center for Superfunctional Materials, Pohang University of Science and Technology (Korea).
Assistant Researcher VisitingPhDstudent, 2002 June–2003 April, Chemistry Department, Pohang University of Science and Technology (Korea).
SELECTEDPUBLICATIONS
Y.Y.Li,X.Y.Yue,G.Huang,M.Wang,Q.W.Zhang,C.C.Wang,H.B.Yi*,S.Y.Wang*,Insight into Li+selectivity of carboxylate graphene nanopores: The effect of ion association inspired by electric field and nano-confinement,Small,2021,,1–9.
Q.-W. Zhang, C.-C. Wang, M. Wang, Y.-Y. Li, X.-Y. Yue,H.-B. Yi*, H.-J. Li* Effects of methanol on CaSO4ion associated species in mixed solutions: Solvation dynamics and hydrogen bond bridging structure,Journal of Molecular Liquids,2020, 307, 112985,1–9.
M. Wang, C.-C. Wang, H.-Q. Cai, Y.-Y. Li, Q.-W. Zhang,H.-B. Yi* Molecular dynamics simulation study on distinctive hydration characteristics of highly coordinated calcium chloride complexes.Journal of Molecular Liquids,2019, 274, 261–269.
H.X. Li, S. Ma, H.Q. Cai, H.H. Zhou *, Z.Y. Huang, Z.H. Hou*, J.J. Wu, W.J. Yang,H.B. Yi*, C.P. Fu, Y.F. Kuang* Ultra-thin Fe3C nanosheets promote the adsorption and conversion of polysulfides in lithium-sulfur batteries.Energy Storage Materials,2019, 18, 338–348.
D. Yan, H.J. Li, H.Q. Cai, M. Wang, C.C. Wang,H.B. Yi*, X.B. Min*, Microscopic insight into precipitation and adsorption of As(V) species by Fe-based materials in aqueous phase.Chemosphere,2018, 194, 117–124.
Z.H. Wang, Y.J. Wu, H.H. Xue, L.N. Zhou, W.C. Geng,H.B. Yi*, Y.J. Li * What dictates who, I-or Br-?, mediates the growth of cubic Pd nanoparticles?Physical Chemistry Chemical Physics,2018, 20, 10997–11002.
H.J. Li, D. Yan, H.Q. Cai,H.B. Yi*, X.B. Min*, F.F. Xia* Insights into water-mediated ion clustering in aqueous CaSO4solutions: Pre-nucleation cluster characteristics studied by ab initio calculations and molecular dynamics simulations.Physical Chemistry Chemical Physics,2017, 19, 11390–11403.
Y.L. Wang, Y. Wang,H.B. Yi*, High-order Ca(II)-chloro complexes in mixed CaCl2-LiCl aqueous solution: insights from density functional theory and molecular dynamics simulations.Journal of Physical Chemistry A,2016, 120, 5635–5648.
J.Y. Chen, Z. Tang, R.H. Qiu*, Y.H. He, X. Wang, N.B. Li,H.B. Yi*, C.-T. Au, S. Yin, X.H. Xu*, Cesium-Catalyzed Regioselective synthesis of trisubstituted heteroatom alkenes: a new strategy for the preparation of functional alkenes,Organic Letters,2015, 17, 2162–2165.
H.J. Li, J.J. Xu,H.B. Yi*, High-order Cu(II) chloro-complexes in LiCl brines: insights from density function theory and molecular dynamics.Geochimica Cosmochimica Acta,2015, 165, 1–13.
J.J. Xu, G. Bai,H.B. Yi*, H.J. Li, Y. Chen*, Ionic solvation and association in LiCl aqueous solution: a density functional theory, polarised continuum model and molecular dynamics investigation.Molecular Physics,2014, 112(12), 1710–1723.
G. Bai,H.B. Yi*, H.J. Li, J.J. Xu, Hydration characteristics of Ca2+and Mg2+: a density functional theory, polarized continuum model and molecular dynamics investigation.Molecular Physics,2013,111, 553–568.
F.F. Xia, D.W. Zeng*,H.B. Yi*, C.H. Fang, Direct contact versus solvent-shared ion pairs in saturated NiCl2aqueous solution: A DFT, CPMD, and EXAFS investigation.Journal of Physical Chemistry A,2013, 117, 8468–8476.
F.F. Xia,H.B. Yi*, D.W. Zeng*, Hydrates of Cu2+and CuCl+in dilute aqueous solution: A density functional theory and polarized continuum model investigation.Journal of Physical Chemistry A,2010,114, 8406–8416.
H.B. Yi*, H.M. Lee*, K.S. Kim*, Interaction of benzene with transition metal cations: Theoretical study of structures, energies, and IR spectra.Journal Chemistry Theory Computation,2009, 5, 1709–1717.
H.B. Yi#, M. Diefenbach#, Y.C. Choi, E.C. Lee, H.M. Lee, B.H. Hong, K.S. Kim*, Interactions of neutral and cationic transition metals with the redox system of hydroquinone and quinone: Theoretical characterization of the binding topologies, and implications for the formation of nanomaterials.Chemistry - A European Journal,2006, 12, 4885–4892.
H.B. Yi, H.M. Lee, S.B. Suh, S.K. Shin*, K.S. Kim*, Pseudorotation-driven dynamical structure of the tropyl radical.Journal of Chemical Physics,2006, 125, 164332,1–9.
TEACHING EXPERIENCE
UnderGraduateCourses
·Structural Chemistry
·Computational Chemistry
GraduateCourses
·Quantum Chemistry
·Molecular Simulation
PEER-REVIEW SERVICE
Journal of Physical Chemistry A, Crystal Growth & Design, Langmuir, Chemistry Conmmunication, Physical Chemistry Chemical Physics, Journal of Molecular Liquids, ChemPhysChem, Molecular Physics, etc.
教育背景
1994.9~1998.7,湖南师范大学化学系,化学教育专业学士学位
2002.6~2003.4, 韩国浦项科技大学化学系,访问博士生
1998.9~2003.7, 四川大学化学学院,物理化学专业博士学位

工作履历
2003.8~2005.8, 韩国浦项科技大学超功能材料国家创新实验中心,助理研究员、博士后
2009.8~2009.10,韩国浦项科技大学World Class University (WCU) projects项目组,短期合作研究
2005.8~ , 湖南大学化学化工学院


学术兼职
Molecules(IF: 4.411)评审委员会成员
研究领域
限制性分子流体与离子通道分子设计
目前的一些石墨烯孔隙材料能实现较好的Mg2+选择性,但是这种选择性不符合西部盐湖的锂资源开发的需要。开发能降低镁锂比或是直接提锂的石墨烯孔隙材料才能用于开发西部盐湖的锂资源。以前的研究主要侧重于分析离子脱水作用的差异,而较少基于静电效应设计石墨烯纳米孔隙的离子选择性。对于亚纳米尺寸、表面带负电荷的离子通道,其离子选择性受到脱水作用和静电相互作用的影响,然而这两者对选择性离子输运的耦合效应一直是难以捉摸的。因此,开发具有锂离子选择性的石墨烯纳米孔隙材料需深入解析脱水作用和静电因素的耦合效应以及相关适宜条件。从微观角度揭示各种相互作用与微观结构以及动态特征对离子选择性与离子通量的影响,探究离子选择性与微观因素之间的定量构效关系,将有助于基于分子设计与模拟获得具有优异离子筛分与高离子通量的功能化石墨烯孔隙材料,从理论上获得具有Li+选择性的功能化石墨烯孔隙材料。课题将基于量子化学计算、分子动力学模拟及统计热力学模型研究水相体系中基于石墨烯的仿生离子渗透膜的选择性与效率,结合离子水合、离子缔合与相互作用等方面的分析解析离子选择性的因素,结合超分子结构与分子组装探讨新型有机多孔材料的设计。
溶液中前驱体团簇的结构特征与基于前驱体团簇的组装机制以及无机功能材料制备新方法
无机固体材料的形貌控制与无机材料的3D打印是材料领域的新热点,而液相中前驱体团簇的结构特征与富集分离以及组装机制则是无机功能材料制备的关键性问题。基于前驱体团簇从溶液中制备无机固体材料的方法具有晶体形貌控制方面的巨大优势,无机晶体材料的3D打印具有机械强度方面的优越性与重要应用前景。但是如何高效地从溶液中富集分离符合要求的前驱体团簇。溶液中离子团簇尺寸越小团聚越快,且溶液中缔合物种多、结构易变。因此溶液中前驱体团簇结构与调控以及富集分离是新型固体材料制备的关键问题。微观角度解析前驱体团簇结构特征与团聚过程的动力学性质将促进对于前驱体团簇团聚机制理解,有助于完善前驱体团簇的富集分离方法以及新型无机功能材料的制备与形貌控制。课题将基于分子模拟与实验,研究液相中前驱体团簇的结构特征与影响因素,发展在液相中富集分离纳米尺度前驱体团簇的新方法,推动前驱体团簇结构的调控与原位监测的方法发展。
极端条件下溶液中介稳现象与介稳结构以及其热力学性质
结晶分离是盐湖资源开发的主要方法之一,但是结晶分离提纯方法仍面临种种难题,如成核结晶、介稳区性质,共结晶等问题。这严重制约了盐湖资源的综合开发与高效利用。目前成核的微观热力学与动力学过程研究甚少,还存在很多疑问,尤其是溶液中存在离子团簇微观结构特征、成核路径、结晶类型与过饱和度、温度和压力等因素之间的关系。我国西部全年结冰期长,可充分利用冬季冷能资源开发盐湖资源。因此研究卤水体系低温下的物理化学性质,弄清楚一些典型过饱和卤水体系中离子团聚特征与稳定存在的原因以及离子团聚过程,这将有助于更好地认识低温下卤水的成盐规律和卤水体系的变化规律,为卤水盐类分离提取新工艺和新技术提供创新思路和科学依据。课题将基于量子化学计算、分子动力学模拟及分子光谱研究极端条件下溶液(水热流体、高温高压混合蒸汽、低温卤水)中介稳现象与结构特征,探讨盐湖资源开发的冻卤、湿法冶金、无机储能材料应用、高温条件下铜氯循环水热制氢过程等过程中存在的过饱和、过冷与循环效率问题以及热化学问题。
化学过程的微观机理与光谱特征及溶液中离子自组装机理
溶剂效应是化学反应的重要因素,甚至决定一些化学的反应路径。课题将基于量子化学计算与分子动力学模拟研究一些典型化学过程的微观机理与光谱特征;基于离子水合特征的热力学与动力学分析,综合统计分析与分子轨迹分析,多维度地揭示离子、团簇结构周围的水分子的动态性质,从分子水平探究溶液中离子组装的量子拓扑图像,研究溶液中成核结晶过程的关键步骤与影响结晶路径、沉降趋势的重要因素;结合热力学计算与动力学模拟以及化学反应动力学计算研究新型金属有机框架材料(MOF)在水热条件下的组装机理、溶液中多酸以及杂多酸的分子组装机理与相关问题;结合具体分子团簇模型、化学反应探讨溶剂化对一些物种的物理化学性质与关键步骤反应机理的影响
污染水体中物种结构、光谱特征与多种物理化学处理方法微观机制的研究
铁盐除砷方法仍存在很多问题,从微观角度弄清楚工业废水中砷的主要形态、一些含砷离子团簇结构特征以及铁盐除砷的微观机制具有重要意义。课题将基于量子化学计算与分子动力学模拟研究水相中一些典型重金属离子和其它污染物的微观结构与热力学性质以及光谱解析特征,结合团簇模型与表面物理化学模拟研究水体中污染物的物理化学处理方法微观机制及相关问题。
科研项目
国家自然科学基金项目
国家自然科学联合基金培育项目“低温条件下盐湖卤水体系中离子团聚特征与介稳相性质及离子缔合物种分配规律的研究” U**、2016年~2018年、50万、主持。
国家自然科学基金面上项目“多元金属氯化物溶液微观结构、热力学性质及特征光谱的研究”、**、2011/01-2013/12、36万、已结题、主持。
国家863高技术项目“新型高效二氧化碳吸收剂与吸收捕集技术的研发” 2009AA05Z319、2009/1~2011/5、50万、已结题、参与。
国家自然科学基金面上项目“复杂氯合物多元体系的结构与性质关系的研究”、**、2008/1~2010/12、28万、已结题、参与。
省部级自然科学基金项目
湖南省自然科学项目“含砷废水中离子团聚特征与铁盐除砷微观机制的研究” 2016JJ2014、2016年~2018年、5万、主持。
教育部留学归国启动基金“金属纳米材料的自组装过程以及聚乙烯吡咯烷酮(PVP)诱导保护作用的理论计算研究” 教外司留(2007)108号、2008/01-2009/12、2万、已结题、主持。
湖南省节能减排科技重大专项“重金属冶炼节能减排关键技术与示范工程” 、2008SK1002、2008/1~2010/12、670万,(天冬氨酸分子改型与阻垢机理的理论计算研究工作的子课题)11.5万、已结题、主持。
横向科研项目
国家重金属污染防治工程技术研究中心开放研究基金项目“含砷废水中介稳离子团簇结构特征与水合壳层性质的研究”、2016年~2017年、5万、主持。
四川大学技术开发项目“碳氢燃料热裂解过程典型基元反应动力学数据构建研究”、2015年~2016年,7万、主持。
学术成果

2003年以来一直从事溶液中的离子水合与缔合结构、超分子结构与离子识别、介稳结构、溶液中团聚特征、限制性流体与离子通道性质等方面研究,发表研究论文60余篇(引用1000余次,H指数>17)。研究工作主要有:
溶液中离子水合特征与离子识别以及溶剂化等方面的研究
2003年~2005年(博士后研究),进行离子水合与缔合结构、超分子结构与离子识别等方面研究,主要研究项目是关于碱金属离子与卤素离子的水合结构以及CsF微溶解等,关于金属离子自组装与溶液中的离子识别等。先后在Theor. Chem. Acc.(2006), J. Phys. Chem. B(2006), Chem.- Eur. J.(2006), J. Chem. Phys.(2003, 2006)等学术刊物上发表有关离子水合与离子识别、电子转移与溶剂化效应等方面的研究结果。
重金属废水处理与阻垢缓释剂领域的相关工程经历
2008年~2010年,参与湖南省节能减排科技重大专项“重金属冶炼节能减排关键技术与示范工程”,进行天冬氨酸分子改型与阻垢机理的理论计算研究,参与重金属污水处理工艺的现场调研,协助项目管理,了解污水处理与阻垢剂等研究,积累了工程实践经验。期间在J. Chem. Theory Comput.(2009)期刊发表有关自组装过程中结构特征方面的理论研究结果,研究结果受到了较多关注。
氯化物盐水溶液微观结构与离子团簇结构以及光谱特征
2009年~2011年,主要研究溶液微观结构与光谱特征、溶液中离子水合与缔合。结合量子化学方法、溶剂化模型的改进以及电子光谱与紫外可见光谱实验结果,研究了盐水溶液中的离子水合与缔合、物种特征与分配规律,研究结果发表在J. Phys. Chem. A (200920102011)期刊。铜氯物种结构的解析结果受到国内外同行较多的关注,相关理论结果(Cu2+倾向与五配位、离子缔合后倾向于四配位、缔合物种)先后被其他实验方法所验证。2012年以来,通过从头算MD与经典MD等方法以及EXAFS实验研究了盐水溶液的离子缔合与团聚特征以及离子水合壳层性质,代表性研究论文有J. Phys. Chem. A(20132016),Mol. Phys.(2013 & 2014 & 2015),Geochim. Cosmochim. Acta (2015,地质化学top期刊)。
溶液中介稳结构与团聚特征以及成核机制的初步研究
仅从实验手段很难在原子和分子水平上直接研究溶液中成核与结晶过程,溶液的离子团聚过程的时间尺度和体系尺寸又常远超过MD模拟的限度。某些力场与水分子模型的MD模拟结果也常会受到质疑。因此,结合量子化学计算、MD模拟以及一些实验方法来研究溶液中离子团聚与离子团簇特征是一个较理想的选择,同时有针对性进行离子团聚与成核机理的研究,探讨成盐规律、生物矿化与自组装机理、水相中离子吸附机理以及影响与控制因素。初步研究结果显示,结合团聚特征与团簇水合壳层性质两方面研究才能更好地揭示盐水溶液中成核前的离子团聚过程,进而预测一些成核路径与影响因素。2016年以来,结合量子化学计算,进行了CaSO4盐水溶液中离子缔合结构与水合壳层性质以及振动光谱解析研究,为进一步探索过饱和盐水溶液中离子团聚特征与成核路径积累了理论基础。在DL_POLY程序中引入了新的力场势函数和弹性水分子模型的势函数,结合离子水合作用与缔合作用性质的分析,进行了水相中As(V)离子吸附机理的研究。代表性研究论文有PhysChemChemPhys(2017,获得了三位评阅专家很高的评价),Chemosphere(2018), J. Mol. Liq. (20192020)。从原子和分子水平上直接研究溶液中团聚组装与成核结晶过程仍面临很多挑战,但是申请人参考一些评审专家的建议,相关研究方案得到了不断完善。最近针用Fortran程序语言与脚本程序语言编写了离子团特征、离子对/团簇/缔合状态的存在时间、水合壳层动态特征、“自由”水分子数、氢键寿命、水合壳层中氢键分布特征的数据分析程序,丰富了团聚结构与水合壳层动态性质的分析方法。对溶液中团聚结构与路径的繁杂、易变,申请项目拟结合晶体结构特征与缔合基本单元以及缔合驱动特性,有针对性地研究前驱体团簇结构特征、溶剂化动态性质以及团聚组装路径,进而基于模拟结果探究调控前驱体团簇结构尺寸、溶解与迁移性质,获得富集分离前驱体团簇的新方法,以及基于前驱体团聚组装制备新型无机功能材料的新方案。
分子流体与液相中的离子吸附与迁移
结合离子水合作用与缔合作用性质的分析,进行了水相中As(V)离子吸附机理的研究。基于量子化学计算与分子动力学模拟,结合氢键动态性质、液体结构有序性变化、黏度性质、溶剂化的局域与空间分布分析等微观角度,研究受限流体的微观结构与相关性质、液相中离子吸附与污染物去除机制、Mg2+/Li+膜分离机制与选择性。代表性研究论文有Chemosphere(2018,环境top期刊),Journal molecular Liquids(2019, 2019,2019)。
理论模拟与实验研究的合作
申请人与多个实验课题组进行了一些合作研究,包括有机催化中水合结构与化学反应过程、表面吸附与界面结构、生物分子识别与传感过程中缔合与水合,研究结果发表/待发表在Org.Lett.(2015),NucleicAcidsRes. (20162017),Inorg.Chem.Commun.(20162017),Chemosphere (2017),Chem.Eng.J.(2018),RSC Adv.(2018),PCCP (2018),AngewChem.Int.Edit (2018),JACS (2019),ChemSci (2019),ESM(2019),JPCB (2019),AnalChem (2019),J Alloy Compd (2020)等期刊。
发表的论文/Publications(2006年~)如下:
(1)Li Y.Y.;Yue X.Y.;Huang G.;Wang M.;Zhang Q.-W.;Wang C.-C.;Yi H.B.*,Wang S.Y.*Li+ Selectivity of Carboxylate Graphene Nanopores Inspired by Electric Field and Nanoconfinement, Small, 2021, , 1–9,
(2)Zou Y.P., Liu T.T.; Du Q.J.; Li Y.Y.; Yi H.B.; Zhou X.; Li Z.X; Gao L.J.; Zhang L.; Liang X.* A four-electron Zn-I2 aqueous battery enabled by reversible I-/I2/I+ conversion Nature Communications 2021, 12, 170, 1-11.
(3)Li H.-J.1; Wang C.-C.1; Wang, M.; Zhang Q.-W.; Li, Y.-Y.;Yi H.-B.*; Chen, Y.*Structures and dynamic hydration of CaSO4 clusters in supersaturated solutions: A molecular dynamics simulation study.Journal of Molecular Liquids,2021, 324, 115104.
(4)Yue X.-Y.1;Li Y.-Y.1;Zhang Q.-W.; Liao Gang;Yi H.-B.*Synergistic effects of hydration shells and ion association on Li+ selectivity of bivalent cations adsorbed carboxylate graphene nanopore: A molecular simulation studyJournal of Molecular Liquids,2021, 327,114877,1-11.
(5)Li Y.-Y.1;Wang M.1;Wang C.-C.;Zhang Q.-W.;Yi H.-B.*Distinctive hydration dynamics around highly coordinated Cu2+/Zn2+-chloride complexes: A molecular dynamics simulation studyJournal of Molecular Liquids,2020, 314,113619,1-9.
(6)Zhang Q.-W.; Wang C.-C.; Wang M.; Li Y.-Y.; Yue X.-Y.;Yi H.-B.*; Li H.-J.* Effects of methanol on CaSO4ion associated species in mixed solutions: Solvation dynamics and hydrogen bond bridging structure,Journal of Molecular Liquids,2020, 307, 112985.

(7)Li Q.L.; Li S.; Ajouyed O.; Chen C.; Zhou Y.Y.; Li C.H.; Niu S.Y.;Yi H.B.*;Huo, J.*; Wang S.Y. *Room temperature plasma enriching oxygen vacancies of WO3 nanoflakes for photoelectrochemical water oxidation.Journal of Alloys and Compounds,2020, 816, 152610.
(8)Liu F.; Shi X.; Liu X.J.; Wang F.L.*;Yi H.B.; Jiang J.H.* Engineering an NIR rhodol derivative with spirocyclic ring-opening activation for high-contrast photoacoustic imaging. Chemical Science2019, 9257-9264.
(9)Yan Z.Z.,Liu A.P., Ou Y.C., Li J.M.,Yi H.B., Zhang N., Liu H.M., Huang L., Ren J.W., Liu W.D.*, Hu A.X.* Design, synthesis and fungicidal activity evaluation of novel pyrimidinamine derivatives containing phenyl-thiazole/oxazole moietyBioorganic & Medicinal Chemistry2019, 27(15),3218–3228
(10)Zhang L.F., Zhang J.S., Zheng Z.F., Liao Y.T., Li Z.W., Li S.K., Zhang L., Liu Z.K.,Yi H.B., Chen Z.*, Tan W.H. Interaction-transferable graphene-isolated superstable AuCo nanocrystal-enabled eirect cyanide capture,Analytical Chemistry2019,91(14),8762–8766
(11) Zhang N.,* Konigsberger E., Duan S.Q.,Lin K.,Yi H.-B., Zeng D.W.,* Zhao Z.W.,Hefter G.*, Nature of monomeric molybdenum(VI) cations in acid solutions using theoretical calculations and Raman spectroscopy,Journal of Physical Chemistry B,2019, 123, 3304–3311.
(12) Luo X.Y., Xue B.B., Feng G.F., Zhang J.H., Lin B., Zeng P., Li H.Y.,Yi H.B., Zhang X.L., Zhu H.Z.*, Nie Z.*,Lighting up the native viral RNA genome with a fluorogenic probe for the live-cell visualization of virus infection,Journal of American Chemistry Society2019, 141, 5182–5191.
(13) Wang C.-C.,Wang M., Cai H.-Q., Zhang Q.-W., Li, Y.-Y.,Yi H.-B.*Insight into the roles of two typical ion clusters and their second hydration shells: implication for the nucleation mechanism in MgSO4 aqueous solution.Journal of Molecular Liquids,2019, 278, 33–42.
(14) Li H.X., Ma S., Cai, H.Q., Zhou H.H.*, Huang Z.Y., Hou Z.H.*, Wu J.J., Yang W.J.,Yi H.B.*, Fu C.P., Kuang Y.F.* Ultra-thin Fe3C nanosheets promote the adsorption and conversion of polysulfides in lithium-sulfur batteries.Energy Storage Materials,2019, 18, 338–348.
(15) Wang M., Wang C.-C.,Cai H.-Q., Li, Y.-Y., Zhang Q.-W.,Yi H.-B.*Molecular dynamics simulation study on distinctive hydration characteristics of highly coordinated calcium chloride complexes.Journal of Molecular Liquids,2019, 274, 261–269.
(16) Cai H.-Q., Li, H.-J., Wang M., Wang C.-C.,Yi H.-B.*Microscopic insight into ion aggregation characteristics for nucleation in aqueous MgCl2and MgCl2/LiCl solutions: Implication for Mg2+/Li+separation.Journal of Molecular Liquids,2019,273,374–382.
(17) Xia FF*, Yang FL, Hu J, Zheng CZ,Yi HB*, Sun JH Enhanced the Visible Light Absorption Performance of SnS2and SnSe2via Surface Charge Transfer Doping.RSC Advances,2018, 8, 40464–40470.
(18) Ren TB, Xu W, Zhang QL, Zhang XX, Wen SY,Yi, HB, Yuan L*, Zhang XB Harvesting hydrogen bond network: enhance the anti-solvatochromic two-photon fluorescence for cirrhosis imaging.Angewwandte Chemie International Edition,2018, 57, 7473–7477.
(19) Wang ZH, Wu YJ, Xue, HH, Zhou LN, Geng WC,Yi HB*Li YJ* What dictates who, I-or Br-?, mediates the growth of cubic Pd nanoparticles?Physical Chemistry Chemical Physics,2018, 20, 10997–11002.
(20) Yan ZZ, Liu AP, Huang, MZ, Liu, MH, Pei H,Huang L,Yi, HB, Liu WD*, Hu AX* Design, synthesis, DFT study and antifungal activity of the derivatives of pyrazolecarboxamide containing thiazole or oxazole ring.European Journal of Medicinal Chemistry,2018, 149, 170–181.
(21) Zhang N*,Yi HB,Zeng DW,* Zhao ZW, Wang WL, Costanzoe F. Structure evolution of mononuclear tungsten and molybdenum species: Insight from FPMD and DFT calculations.Chemical Physics,2018, 502, 77–82.
(22) Yang FL, Xia FF*, Hu J. Zheng CZ, Sun JH, Yi HB*, The Improvement of photocatalytic activity of monolayer g-C3N4via surface charge transfer doping.RSC Advances,2018, 8, 1899–1903.
(23) Yan D, Li HJ, Cai HQ, Wang M, Wang CC,Yi HB*, Min XB*, Microscopic insight into precipitation and adsorption of As(V) species by Fe-based materials in aqueous phase.Chemosphere,2018, 194, 117–124.
(24) Fu WJ, Li B*, Yang JQ,Yi HB, Chai LY, Li XY, New insights into the chlorination of sulfonamide: Smiles-type rearrangement, desulfation, and product toxicity.Chemical Engineering Journal,2018, 331, 785–793.
(25) Li HJ, Yan D, Cai HQ,Yi HB*, Min XB*, Xia FF Insights into water-mediated ion clustering in aqueous CaSO4 solutions: Pre-nucleation cluster characteristics studied by ab initio calculations and molecular dynamics simulations.Physical Chemistry Chemical Physics,2017, 19, 11390–11403.
(26) Feng GF, Luo C,Yi HB, Yuan L, Lin B, Luo XY, Hu XX, Wang HH, Lei CY, Nie Z,* Yao SZ DNA mimics of red fluorescent proteins (RFP) based on G-quadruplex-confined synthetic RFP chromophores.Nucleic Acids Research,2017, 45(18),10380–10392.
(27) Yu WD, Nie YM, Yuan H, Yan J*,Yi HB, Synthesis and characterization of a highly stable zinc phenylporphyrin isoxazoline-[60] fullerene dyad: Impact of coordination on the redox and fluorescence properties.Inorganic Chemistry Communications,2017, 84, 134–137
(28) Chai LY, Yang JQ, Zhang N, Wu PJ, Li QZ*, Wang QW, Liu H, Yi HB, Structure and spectroscopic study of aqueous Fe(III)-As(V) complexes using UV-Vis, XAS and DFT-TDDFT.Chemosphere,2017,182, 595–604.
(29) Li W, Li Y, Liu ZL, Lin B,Yi HB, Xu F, Nie Z*, Yao SZ, Insight into G-quadruplex-hemin DNAzyme/RNAzyme: adjacent adenine as the intramolecular species for remarkable enhancement of enzymatic activity.Nucleic Acids Research,2016, 44(15), 7373–7384.
(30) Wang, YL, Wang Y,Yi HB*, High-order Ca(II)-chloro complexes in mixed CaCl2-LiCl aqueous solution: insights from density functional theory and molecular dynamics simulations.Journal of Physical Chemistry A,2016, 120, 5635–5648.
(31) Zhou JL*, Xu YH, Jin XX, Xiao S,Yi HB, Yan J*, Synthesis and characterization of luminescent zinc complexes containing redox-active1-(2-pyridylazo)-2-acenaphthequinol ligands with nonlinear optical property.Inorganic Chemistry Communications,2016, 64, 67–70.
(32)Wu JM, Wang Q. Zeng L, Chen Y*, Liu P,Yi HB*,Synthesis, structure and polymorphism of a novel two-dimensional Cobalt(II) coordination polymer constructed from citrazinate ligand.Chinese Journal of Structural Chemistry,2016,35(1), 93–99.
(33) Dai Q, Xu JJ, Li HJ,Yi HB*, Ion association characteristics in MgCl2and CaCl2aqueous solutions: a density functional theory and molecular dynamics investigation.Molecular Physics,2015, 113(22), 3545–3558.
(34) Li HJ, Xu JJ,Yi HB*, High-order Cu(II) chloro-complexes in LiCl brines: insights from density function theory and molecular dynamics.Geochimica Cosmochimica Acta,2015, 165, 1–13.
(35)王莹,易海波*,李会吉,代倩,曹治炜,路洋,盐水溶液中离子与丙氨酸极性基团间的作用对丙氨酸缔合的影响:密度泛函理论与分子动力学模拟.物理化学学报,2015, 31(6), 1035-1044.
(36) Chen JY, Tang Z; Qiu RH*, He YH, Wang X, Li NB;Yi HB*, Au C.-T., Yin S; Xu XH*, Cesium-Catalyzed Regioselective synthesis of trisubstituted heteroatom alkenes: a new strategy for the preparation of functional alkenes,Organic Letters,2015, 17(9),2162–2165.
(37) Xu JJ, Bai G,Yi HB*, Li HJ, Chen Y*, Ionic solvation and association in LiCl aqueous solution: a density functional theory, polarised continuum model and molecular dynamics investigation.Molecular Physics,2014, 112(12), 1710–1723.
(38) Xia FF, Zeng DW*,Yi HB*, Fang CH, Direct contact versus solvent-shared ion pairs in saturated NiCl2aqueous solution: A DFT, CPMD, and EXAFS investigation.Journal of Physical Chemistry A,2013, 117, 8468–8476.
(39) Bai G,Yi HB*, Li HJ, Xu, JJ, Hydration characteristics of Ca2+and Mg2+: a density functional theory, polarized continuum model and molecular dynamics investigation.Molecular Physics,2013,111(4), 553–568.
(40) Jia T, Zhang WL, Chen Y*, Cai SL,Yi HB*, Synthesis, structure, optical properties, antifungal and antibacterial activities of 2-(1-oxo-1H-2,3-dihydroisoindol-2-yl) -3-imidazolyl-L-lactamic acid.Journal of Molecular Structure,2013,1050, 211–215.
(41)龙杰义,易海波*,刘星楷,汪易非,基于密度泛函理论计算的多氯联苯毒性的定量结构-性质关系研究,化学学报2012,70(8), 949–960.
(42)Yi HB*, Xia FF, Zhou QB, Zeng DW*, [CuCl3]-and [CuCl4]2-hydrates in concentrated aqueous solution: A density functional theory and ab Initio study.Journal of Physical Chemistry A,2011,115(32), 4416–4426.
(43) Xia FF,Yi HB*, Zeng DW*, Hydrates of Cu2+and CuCl+in dilute aqueous solution: A density functional theory and polarized continuum model investigation.Journal of Physical Chemistry A,2010,114(32), 8406–8416.
(44)Yi HB*, Lee HM*, Kim KS*, Interaction of benzene with transition metal cations: Theoretical study of structures, energies, and IR spectra.Journal Chemistry Theory Computation,2009, 5, 1709–1717.
(45) Xia FF,Yi HB*, Zeng DW*, Hydrates of copper dichloride in aqueous solution: a density functional theory and polarized continuum model investigation.Journal of Physical Chemistry A,2009, 113(51), 14029–14038.
(46)Yi HB, Diefenbach M, Choi YC, Lee EC, Lee HM, Hong BH, Kim KS*, Interactions of neutral and cationic transition metals with the redox system of hydroquinone and quinone: Theoretical characterization of the binding topologies, and implications for the formation of nanomaterials.Chemistry - A European Journal,2006, 12(18), 4885–4892.
(47)Yi HB, Lee HM, Suh SB, Shin SK*, Kim KS*, Pseudorotation-driven dynamical structure of the tropyl radical.Journal of Chemical Physics,2006, 125(16), 164332–1-164332 –9.
(48) Singh NJ1,Yi HB1, Min SK, Kim KS*, et al., Dissolution nature of cesium fluoride by water molecules.Journal of Physical Chemistry B2006, 110 (8), 3808–3815.
(49) Singh NJ, Olleta AC, Kumar A, Park M,Yi HB, Kim KS*, et al., Study of interactions of various ionic species with solvents toward the design of receptors.Theoretical Chemistry Accounts,2006, 115 (2-3), 127–135.


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