Ionic-liquid-assisted Synthesis of Core-shell RuNi@Pt Nanoparticles on Multiwall Carbon Nanotubes for Methanol Oxidation

다국어 초록 (Multilingual Abstract)

Core-shell RuNi@Pt nanoparticles were synthesized on multiwall carbon nanotubes by using an ionic-liquid-assisted polyol synthesis method. The catalysts were characterized by using transmission electron microscopy. The synthesized catalysts were very active towards electrocatalytic oxidation of methanol. The catalytic activities were found to increase with decreasing Pt content on the shells of the nanoparticles. The electrocatalytic activities of the RuNi@Pt/MWCNTs were higher than those of PtRuNi/MWCNTs with higher amounts of Pt.

참고문헌 (Reference)

1 N. Kakati, 114 : 12397-, 2014

2 H. Chu, 20 : 3747-, 2010

3 N. Kakati, 257 : 8433-, 2011

4 T. Welton, 99 : 2071-, 1999

5 V. I. Parvulescu, 107 : 2615-, 2007

6 M. Antonietti, 43 : 4988-, 2004

7 J. Y. Wang, 2 : 2540-, 2008

8 B. H. Wu, 48 : 4751-, 2009

9 N. Kakati, 606 : 1633-, 2012

10 W. Wang, 196 : 9346-, 2011

11 J. Zhao, 87 : 116-, 2015

12 N. Kakati, 37 : 19055-, 2012

13 M. Huang, 4 : 4513-, 2011

14 Z. F. Liu, 4 : 1900-, 2011

15 Y. Zhao, 35 : 3249-, 2010

16 Y. H. Bing, 39 : 2184-, 2010

17 T. W. Hansen, 294 : 1508-, 2001

18 S. -H. Wu, 259 : 282-, 2003

19 T. Daio, 5 : 13126-, 2015

20 V. A. Ribeiro, 372 : 162-, 2010

21 Y. L. Hsin, 129 : 9999-, 2007

22 Z. B. Wang, 9 : 106-, 2009

23 N. Kakati, 509 : 5617-, 2011

24 D. R. Lide, "Handbook of Chemistry and Physics" CRC Press 8-, 1994