niujinan.Coloading of TiO 2 and C 3 N 4 on kaolinite nanotubes for obviously improved photocatalytic performance in degradation of methylene blue dye,2018,230;11;32-35

niujinan.Synthesis and hydrogenation of anatase TiO2 microspheres composed of porous single crystals for significantly improved photocatalytic activity,2016,6;6;62907–62910

niujinan.新形势下《材料科学基础》首堂课的构思与设计,2016,9;9;111-113

niujinan.名人典故在《材料科学基础》课程精品化建设中的作用,2016,8;8;131-134

niujinan.Atomistic simulation of topaz: Structure, defect, and vibrational properties,2015,24;9;

niujinan.Synthesis andphotoactivityofanataseporoussinglecrystalswithdifferent pore sizes,2015,41;5;

niujinan.Morphology and orientation of curling of kaolinite layer in hydrate,2014,101;1;215-222

niujinan.埃洛石的命名、结构、形貌和卷曲机制,2014,34;1;13-23

niujinan.基础、实践、与探索-《分子模拟》课程教学现状分析与改革对策,2012,;2;29-32

niujinan,敖玉兰.水合物中高岭石片层的卷曲形貌和取向,2012