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[会议论文] 作者:Yongchao LAI,Jinhua ZHAN, 来源:BCEIA2011第十四届北京分析测试学术报告会 年份:2011
[会议论文] 作者:Yu-e Shi,Jingcheng Cui,Jinhua Zhan, 来源:第九届中美华人纳米论坛 年份:2014
[会议论文] 作者:Jinhua ZHAN,Yu-e SHI,Jingcheng CUI, 来源:第十五届国际电分析化学国际会议(The Fifteenth International Symposium on Ele 年份:2015
Surface enhanced Raman spectroscopy(SERS),which could provide the enhanced Raman spectra of target molecules with the enhancement factors with the order of mill...
[会议论文] 作者:Wenxiao Pan,Dongju Zhang,Jinhua Zhan,Chengbu Liu, 来源:第十一届全国量子化学会议 年份:2011
[会议论文] 作者:Pencheng Dai,Lianxiang Song,Zhenyu Feng,Jinhua Zhan, 来源:第11届固体化学与无机合成会议暨第二届道尔顿交易国际研讨会 年份:2010
[会议论文] 作者:Xue Bai,Xi Chen,Jinhua Zhan,Bing Yan, 来源:全国环境纳米技术及生物效应学术研讨会 年份:2016
  Nanoparticle core material and surface properties all play a significant role in determining nano-bio interactions....
[会议论文] 作者:Jinhua ZHAN,Xiaofei YU,Min ZHANG,Yu-e SHI, 来源:第十六届国际电分析化学国际会议 年份:2017
The distance from analytes to substrates is crucial for Surface-Enhanced Raman Spectroscopic(SERS) detection,for SERS could only strongly enhance the Raman signal of molecules close to the substrates....
[会议论文] 作者:Wenxiao Pan,Dongju Zhang,Jinhua Zhan,Chengbu Liu, 来源:第十一届全国量子化学会议 年份:2011
[会议论文] 作者:Hong Zhong,Baoyuan Zhang,Zhiqiang Huang,Jinhua Zhan,Mouhai He, 来源:The 6th International Conference on Separation and Technolog 年份:2010
Hydroxamic acids (R-C(=O)-NHOH),as proton donators for their special molecular structure,can easily chelate with metallic ions to form a stable complex [1].Hence,hydroxamic acids are widely used as co...
[会议论文] 作者:Lei Wang,Jinhua Zhan,Weiliu Fan,Guanwei Cui,Honggang Sun,Linhai Zhuo,Bo Tang, 来源:The XXV International Conference on Photochemistry,ICP2011(第 年份:2011
Microcrystalline hexagonal tungsten bronzes (NaxWO3+x/2·yH2O) nanostructures are successfully realized as visible-light-driven photocatalysts via a facile self-assembly route in the presence of sodium...
[期刊论文] 作者:Wenhui Lu,Ming Yuan,Jing Chen,Jiaxin Zhang,Lingshuai Kong,Zhenyu Feng,Xicheng Ma,Jie Su,Jinhua Zhan, 来源:纳米研究(英文版) 年份:2021
Surface Lewis acid-base sites in crystal structure may influence the physicochemical properties and the catalytic performances in nanozymes.Understanding the synergistic effect mechanism of Co3O4 nanozymes towards substances (3,3\',5,5\'-te......
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