Li-jing Huang
Jiangsu University
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Publication
Featured researches published by Li-jing Huang.
Journal of Wuhan University of Technology-materials Science Edition | 2014
Bao-jia Li; Li-jing Huang; Ming Zhou; Xiaomeng Fan; Ming Ma
Gold (Au) nanoparticles were prepared on Au-film-coated K9 glass and silicon substrates by direct current (DC) magnetron sputtering and thermal annealing treatment. The effects of substrate material, annealing temperature, and time on morphologies of Au nanoparticles were investigated, and the formation mechanism of Au nanoparticles was discussed. The experimental results indicate that silicon substrate is more suitable for the formation of Au nanoparticles. On a silicon substrate, Au nanoparticles formed with good spherical shapes at temperature over 700 °C. It was also found by spectral analysis that the field enhancement factor of the island-shaped Au particles was smaller than that of the granular Au particles; the better the spherical shape as well as the smaller the size and spacing of Au particles, the higher the light absorption rate; the absorption peak had a red shift with increasing particle size and spacing.
Ceramics International | 2014
Nai-fei Ren; Li-jing Huang; Ming Zhou; Bao-jia Li
Ceramics International | 2014
Bao-jia Li; Li-jing Huang; Ming Zhou; Nai-fei Ren; Bo Wu
Applied Surface Science | 2016
Bao-jia Li; Huang Li; Li-jing Huang; Nai-fei Ren; Xia Kong
Applied Surface Science | 2014
Bao-jia Li; Li-jing Huang; Nai-fei Ren; Ming Zhou
Applied Surface Science | 2013
Bao-jia Li; Li-jing Huang; Ming Zhou; Nai-fei Ren
Materials Letters | 2013
Bao-jia Li; Li-jing Huang; Ming Zhou; Nai-fei Ren
Materials Letters | 2014
Li-jing Huang; Nai-fei Ren; Bao-jia Li; Ming Zhou
Ceramics International | 2016
Li-jing Huang; Bao-jia Li; Nai-fei Ren
Journal of Alloys and Compounds | 2015
Bao-jia Li; Li-jing Huang; Nai-fei Ren; Xia Kong; Yun-long Cai; Jie-lu Zhang