一、个人基本资料
姓名：刘维
性别：女
出生年月：1988年9月
籍贯：河南
二、亚博平台下载的联系方式
邮箱：liuwei97@scau.edu.cn
通讯地址：华南农业大学材料与能源学院材料科学工程系
邮编：510640
三、个人简述
主要承担《物理化学》，《基础化学实验》，《无机及分析化学实验》的教学工作。主要从事的学科领域为配位化学和分子基磁性材料化学。在变化的物理、化学条件下，如光/热刺激、电/磁场诱导以及ph 值、功能小分子变换等，某些特定分子基晶态材料会显示出显著的性质变化与响应效应，即智能行为。它们在信息存储、传感器、分子开关等领域有着潜在的重要应用价值，是物理、化学、材料学科交叉研究前沿阵地之一。研究兴趣包括自旋转换材料、金属-有机框架功能材料、单分子磁体的可控制备与性能调控等。
四、教育背景
2011.08-2016.06,硕博连读,中山大学,无机化学（导师：童明良教授）
2007.09-2011.07,理学学士, 河南师范大学, 化学
五、工作经历
2016.07- 华南农业大学，材料与能源学院，主要从事物理化学教学及相关科研工作。
六、科研方向
分子基磁体
七、科研论著
第一作者论文
(1) wei liu#, yuan-yuan peng#, si-guo wu, yan-cong chen, md. najbul hoque, zhao-ping ni,* xiao-ming chen, and ming-liang tong*,6. guest-switchable multi-step spin transitions in an amine functionalized metal–organic frameworke.angew.chem.int.ed. 2017, 56:14982-14986.
(2) wei liu, xin bao, ling-ling mao, jiri tucek, radek zboril, jun-liang liu, fu-sheng guo, zhao-ping ni*, ming-liang tong*, a chiral spin crossover metal-organic framework. chemical communications, 2014, 50(31): 4059-4061
(3) wei liu#, lu wang#, yu-jun su, yan-cong chen, jiri tucek, radek zboril, zhao-ping ni*, ming-liang tong*, hysteretic spin crossover in 2d hofmann-type coordination polymers. inorganic chemistry, 2015, 54(17): 8711-8716
(4) wei liu, xin bao, jin-yan li, yu-lian qin, yan-cong chen, zhao-ping ni*, ming-liang tong*,high-temperature spin crossover in twosolvent-free coordination polymers with unusual high thermal stability. inorganic chemistry,2015, 54(9): 3006-3011
(5) zheng yan#, wei liu#, yuan-yuan peng, yan-cong chen,quan-wen li, zhao-ping ni*, ming-liang tong*, spin-crossover phenomenon in a pentanuclear iron(ii) cluster helicate. inorganic chemistry, 2016, 55(10): 4891-4896
(6) ling-ling mao#, wei liu#, quan-wen li, jian-hua jia*, ming-liang tong*,controllable self-assembly of two luminescent silver(i) metal-organic frameworks bearing a tetradentate ligand. crystal growth & design, 2014, 14(9): 4674-4680
合作论文
(1) zhao-ping ni*, jun-liang liu,md. najbul hoque,wei liu,jin-yanli，yan-cong chen，ming-liang tong*，recent advances in guest effects onspin-crossover behavior in hofmann-type metal-organic frameworks，coordinationchemistry reviews, 2016, 335:28-43
(2) xin bao, wei liu, ling-ling mao, shang-da. jiang, jun-liang liu, yan-cong chen, ming-liang tong*, programmed self-assembly of heterometallic [3×3] grid [miicuii4cui4] (m = fe, ni, cu, and zn). inorganic chemistry, 2013, 52(11): 6233-6235
(3) xin bao, wei liu, jun-liang liu, silvia gómez-coca, eliseo ruiz,*and ming-liang tong*, self-assembly of pentanuclear mesocate versus octanuclear helicate: size effect of the [mii3(μ3-o/x)]n triangle core. inorganic chemistry, 2013, 52(2): 1099-1107
(4) jun-liang liu, wei liu, guo-zhang huang and ming-liang tong*,a breathing chiral molecular solid for enantioseparation via single-crystal-to-single-crystal transformation. science bulletin, 2015, 60(4): 447-452
(5) xin bao, peng-hu guo, wei liu, jiri tucek, wei-xiong zhang, ji-dong leng, xiao-ming chen, il’ya gural’skiy, lionel salmon, azzedine bousseksou, ming-liang tong*, remarkably high-temperature spin transition exhibited by new 2d metal-organic frameworks. chemical science, 2012, 3(5) 1629-1633
(6) jin-yan li, chun-ting he, yan-cong chen, ze-min zhang, wei liu, zhao-ping ni*, ming-liang tong*, tunable cooperativity in a spin-crossover hoffman-like metal-organic framework material by aromatic guests. journal of materials chemistry c, 2015, 3(30): 7830-7835
(7) jin-yan li, yan-cong chen, ze-min zhang, wei liu, zhao-ping ni*, ming-liangtong*.tuning the spin-crossover behaviour of a hydrogen-accepting porous coordination polymer by hydrogen-donating guests. chemistry-a european journal, 2015, 21(4): 1645-1651
(8) jin-yan li, zheng yan, zhao-ping ni,* ze-min zhang, yan-cong chen, wei liu, ming-liang tong*, guest-effected spin-crossover in a novel three-dimensional self-penetrating coordination polymer with permanent porosity. inorganic chemistry, 2014, 53(8): 4039-4046
(9) jin-yan li, zhao-ping ni, zheng yan, ze-min zhang, yan-cong chen, wei liu, ming-liang tong*,cyanide-bridged bimetallic 3d hoffman-like coordination polymers with tunable magnetic behavior.crystengcomm, 2014, 16(28): 6444-6449
(10) jie luan, jian zhou, zhan liu, bowen zhu, huisi wang, xin bao*, wei liu, ming-liang tong*, guo peng, haonan peng, lionel salmon, azzedine bousseksou, polymorphism-dependent spin-crossover: hysteretic two-step spin transition with an ordered [hs-hs-ls] intermediate phase. inorganic chemistry, 2015, 54(11): 5145-5147
