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KCI 등재

Effect of nano-carbon addition on color performance of polystyrene superstructure film

Journal of Ceramic Processing Research
약어 : J. Ceram. Process. Res.
2018 vol.19, no.6, pp.479 - 482
DOI : 10.36410/jcpr.2018.19.6.479
발행기관 : 한양대학교 청정에너지연구소
연구분야 : 재료공학
Copyright © 한양대학교 청정에너지연구소
Ye-min ZHOU 1 ,  Li-li Wang 2 ,  Xiao-peng LI 3 ,  Xiu-feng Wang 4 ,  Hong-tao JIANG 5

1Shaanxi University of Science & Technology

2Shaanxi University of Science & Technology

3Shaanxi University of Science & Technology

4Shaanxi University of Science & Technology

5Shaanxi University of Science & Technology

3 회 열람

Polystyrene superstructure films show faint rainbow color, and this low color saturation limits its wide application. In thispaper, polystyrene superstructure films with single bright blue color were prepared by vertical deposition self-assemblymethod using polystyrene microspheres with average diameter of 310 ± 10 nm as raw material. Polystyrene superstructurefilms were modified by adding nano-carbon powder, and effect of the amount of nano-carbon powde on color performancewas studied. The results showed that without addition of nano-carbon powder, the superstructure films showed a faint rainbowcolor, while with addition of nano-carbon power, the superstructure films exhibited a single bright blue under the same naturallight source. Changing the amount of nano-carbon powder addition could adjust color saturation of the film. With increasingthe amount of nano-carbon powder addition from 0.008 wt% to 0.01 wt%, color saturation of the superstructure filmincreased gradually. Further increasing the amount of nano-carbon powder addition to 0.011wt%, color saturation of thesuperstructure film didn’t increase anymore and tended to get dark.

Polystyrene, Structure color, Carbon addition, Modified

  • 1. [학술지] L. G. Martin / 2018 / / Sci. Adv / 4 (4) : 8909 ~ 4
  • 2. [학술지] A. Yadav / 2013 / / Opt. Mater / 35 (8) : 1538 ~ 8
  • 3. [학술지] Z. Lan / 2016 / / Dyes Pigments / 133 (5) : 435 ~ 5
  • 4. [학술지] L. Yichen / 2017 / / Surf. Coat. Tech / 319 (8) : 267 ~ 8
  • 5. [학술지] L. Fan / 2011 / / Chem. Int. Edit / 50 (2) : 360 ~ 2
  • 6. [학술지] H. I. Lara / 2005 / / J. Phys. Chem. B / 109 (13) : 6334 ~ 13
  • 7. [학술지] B. V. Paul / 2001 / / Adv. Mater / 13 (10) : 721 ~ 10
  • 8. [학술지] Z. Huilin / 2016 / / J. Phys. Chem. C / 120 (22) : 11938 ~ 22
  • 9. [학술지] F. Georg / 2013 / / Chem. Soc. Rev / 42 (7) : 2528 ~ 7
  • 10. [학술지] G. Dengteng / 2014 / / Chem. Commun / 50 (19) : 2469 ~ 19
  • 11. [학술지] L. Cheho / 2014 / / Langmuir / 30 (28) : 8350 ~ 28
  • 12. [학술지] L. Feihu / 2017 / / Small / 13 (3) : 1 ~ 3
  • 13. [학술지] L. Guojin / 2017 / / Mater. Design / 114 (12) : 10 ~ 12
  • 14. [학술지] L. Fangfang / 2018 / / Langmuir / 34 (13) : 3918 ~ 13
  • 15. [학술지] D. Guohua / 2010 / / Macromolecules / 43 (3) : 1191 ~ 3
  • 16. [학술지] C. Yao / 2014 / / Adv. Mater / 26 (30) : 5184 ~ 30
  • 17. [학술지] L. Chenghui / 2016 / / Nat. Chem / 8 (6) : 618 ~ 6