科研论文
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[2] Tian,Y(Tian,Yuan)1;Li,GR(Li,Gaoran)2;Zhang,YG(Zhang,Yongguang)1;Luo,D(Luo,Dan)2;Wang,X(Wang,Xin)3;Zhao,Y(Zhao,Yan)1;Liu,H(Liu,Hui)1;Ji,PG(Ji,Puguang)1;Du,XH(Du,Xiaohang)4;Li,JD(Li,Jingde)4;Chen,ZW(Chen,Zhongwei)2. Low-Bandgap Se-Deficient Antimony Selenide as a Multifunctional Polysulfide Barrier toward High-Performance Lithium-Sulfur Batteries. ADVANCED MATERIALS, 2020, 32 4, .
[3] He,WJ(He,Wenjun)1;Wang,FQ(Wang,Fangqing)1;Jia,DB(Jia,Dongbo)1;Li,Y(Li,Ying)1;Liang,LM(Liang,Limin)1;Zhang,J(Zhang,Jun)1;Hao,QY(Hao,Qiuyan)1;Liu,CC(Liu,Caichi)1;Liu,H(Liu,Hui)1,2;Zhao,JL(Zhao,Jianling)1. Al-doped nickel sulfide nanosheet arrays as highly efficient bifunctional electrocatalysts for overall water splitting. NANOSCALE, 2020, 12 47, 24244-24250.
[4] Liu,CC(Liu,Caichi)1;Wang,FQ(Wang,Fangqing)1;Jia,DB(Jia,Dongbo)1;Zhang,JQ(Zhang,Jingqian)1;Zhang,JY(Zhang,Jingyu)1;Hao,QY(Hao,Qiuyan)1;Zhang,J(Zhang,Jun)1,2;Li,Y(Li,Ying)1;Liu,H(Liu,Hui)1,3. Interface engineering of Ag-Ni(3)S(2)heterostructures toward efficient alkaline hydrogen evolution. NANOSCALE, 2020, 12 37, 19333-19339.
[5] He,WJ(He,Wenjun)1;Ren,G(Ren,Gang)1;Li,Y(Li,Ying)1;Jia,DB(Jia,Dongbo)1;Li,SY(Li,Shiyun)1;Cheng,JN(Cheng,Jianing)1;Liu,CC(Liu,Caichi)1;Hao,QY(Hao,Qiuyan)1;Zhang,J(Zhang,Jun)1,2;Liu,H(Liu,Hui)1. Amorphous nickel-iron hydroxide films on nickel sulfide nanoparticles for the oxygen evolution reaction. CATALYSIS SCIENCE & TECHNOLOGY, 2020, 10 6, 1708-1713.
[6] Li,LN(Li,Lina)1;Han,ES(Han,Enshan)1;Zhu,LZ(Zhu,Lingzhi)1;Qiao,SP(Qiao,Shunpan)1;Du,CY(Du,Chenyu)1;Liu,H(Liu,Hui)1. Effect of Zr doping and Al-Zr co-doping on LiNi0.5Co0.25Mn0.25O2 for lithium-ion batteries. SOLID STATE IONICS, 2020, 346 , .
[7] Liu,CC(Liu,Caichi)1;Gong,T(Gong,Tao)1;Zhang,J(Zhang,Jun)1,2;Zheng,XR(Zheng,Xuerong)3,4;Mao,J(Mao,Jing)3;Liu,H(Liu,Hui)1;Li,Y(Li,Ying)1;Hao,QY(Hao,Qiuyan)1. Engineering Ni2P-NiSe2 heterostructure interface for highly efficient alkaline hydrogen evolution. APPLIED CATALYSIS B-ENVIRONMENTAL, 2020, 262 , .
[8] 龚涛. 磷化镍基复合材料的构建及电催化性能研究. , 2020, 刘彩池，刘辉, .
[9] 李士云. 3D镍基硫化物的原位合成及电催化性能研究. , 2020, 郝秋艳，刘辉, .
[10] 贾冬波. 硫化镍纳米阵列的改性及电催化性能研究. , 2020, 刘彩池，刘辉, .