Hierarchical manipulation of uniform multi-nanoparticles by electrochemical coupling assembly
Zhang,Jian; Qi,Ji; Kang,Shusen; Sun,Haizhu; Li,Mao
刊名journal of materials chemistry c
2015
卷号3期号:20页码:5214-5219
关键词SOLAR-CELLS QUANTUM DOTS CONJUGATED POLYMER PHOTOCURRENT EFFICIENCIES MESOPOROUS CARBON/SILICA SUPRAMOLECULAR CHEMISTRY NANOCRYSTAL STRUCTURES PHOTOVOLTAIC DEVICES GOLD NANOPARTICLES CHARGE SEPARATION
通讯作者li,m
英文摘要assembling multiple nanomaterials into a single nanostructure is a promising way to obtain a multifunctionality derived from each building block. we address here the need for a general all-solution processed strategy to control the fabrication of multiple nanoparticles (nps) at room temperature and under vacuum free conditions. the monodisperse multiple nps were integrated successively into thin bulk-hybrid gradient or periodic tandem multilayer films through tuning the cycling number of cyclic voltammetry (cv), which are based on the quantitatively electrochemical deposition of each type of nps thanks to the electrochemical coupling reaction of the n-alkylcarbazole ligand. this simple method yields nanoporous, transparent, stable and photoactive films with a hierarchical structure of multiple uniform nps, exemplified by the prototype photodetector devices. significantly, this strategy opens an avenue to fabricate low-cost wire and 3-dimensional nps films on physically flexible conducting substrates.
收录类别SCI
语种英语
WOS记录号WOS:000354457800013
公开日期2016-05-31
内容类型期刊论文
源URL[http://ir.ciac.jl.cn/handle/322003/65102]  
专题长春应用化学研究所_长春应用化学研究所知识产出_期刊论文
推荐引用方式
GB/T 7714
Zhang,Jian,Qi,Ji,Kang,Shusen,et al. Hierarchical manipulation of uniform multi-nanoparticles by electrochemical coupling assembly[J]. journal of materials chemistry c,2015,3(20):5214-5219.
APA Zhang,Jian,Qi,Ji,Kang,Shusen,Sun,Haizhu,&Li,Mao.(2015).Hierarchical manipulation of uniform multi-nanoparticles by electrochemical coupling assembly.journal of materials chemistry c,3(20),5214-5219.
MLA Zhang,Jian,et al."Hierarchical manipulation of uniform multi-nanoparticles by electrochemical coupling assembly".journal of materials chemistry c 3.20(2015):5214-5219.
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