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다국어 초록 (Multilingual Abstract)

Highly UV driven WOx@ZnO nanocomposites were synthesized by liquid impregnation (LI) method. Thepresence of WOx particles on the surface of ZnO nanorods were verified by TEM and EDX mapping. Inaddition, the XPS analysis shows that the WOx nanoparticles were a mixture of WO2 and WO3nanoparticles. The photocatalytic enhancement of WOx@ZnO nanocomposites in degrading RhB dyeunder UV light suggests that deposition of WOx could have pro-longed the separation of electrons(in WOx) from the holes. More holes were able to diffuse to the surface of photocatalyst and directlyoxidized the RhB dye molecules into less harmful by-products.

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참고문헌 (Reference)

1 H. Shemer, 63 : 269-, 2006

2 F. P. Van der Zee, 44 : 1169-, 2001

3 D. -H. Ahn, 34 : 429-, 1999

4 S. Rengaraj, 87 : 273-, 2001

5 A. Broeckmann, 189 : 97-, 2006

6 L. Semerjian, 7 : 389-, 2003

7 F. P. van der Zee, 39 : 1425-, 2005

8 C. Ma, 6 : 1-, 2011

9 S. Pardeshi, 163 : 403-, 2009

10 C. Bouvy, 428 : 312-, 2006

1 H. Shemer, 63 : 269-, 2006

2 F. P. Van der Zee, 44 : 1169-, 2001

3 D. -H. Ahn, 34 : 429-, 1999

4 S. Rengaraj, 87 : 273-, 2001

5 A. Broeckmann, 189 : 97-, 2006

6 L. Semerjian, 7 : 389-, 2003

7 F. P. van der Zee, 39 : 1425-, 2005

8 C. Ma, 6 : 1-, 2011

9 S. Pardeshi, 163 : 403-, 2009

10 C. Bouvy, 428 : 312-, 2006

11 S. Labib, 47 : 19-, 2016

12 H. Park, 9 : 411-, 2016

13 M. Mishra, 498 : 126-, 2015

14 H. Yu, 120 : 3722-, 2016

15 G. Wang, 5 : 1-, 2015

16 B. Guo, 149 : 245-, 2015

17 S. Yeniyol, 2015 : 1-, 2015

18 M. P. Vinardell, 5 : 1004-, 2015

19 M. Antonopoulou, 53 : 215-, 2014

20 Q. Wang, 5 : 1-, 2015

21 Q. Sun, 102 : 1935-, 2015

22 J. Carneiro, 2016 : 1-, 2016

23 F. Kazemi, 133 : 1-, 2016

24 N. O. Mainya, 4 : 3185-, 2013

25 D. Ljubas, 161 : 83-, 2015

26 K. M. Lee, 88 : 428-, 2016

27 S. M. Lam, 41 : 131-, 2012

28 C. Lizama, 76 : 235-, 2002

29 N. Daneshvar, 162 : 317-, 2004

30 R. Georgekutty, 112 : 13563-, 2008

31 A. B. Patil, 183 : 315-, 2010

32 M. T. Thein, 61 : 156-, 2016

33 L. -C. Chen, 199 : 170-, 2008

34 M. Yousefi, 661 : 106-, 2011

35 S. Anandan, 266 : 149-, 2007

36 S. Y. Pung, 43 : 273-, 2014

37 X. Cai, 40 : 57-, 2014

38 F. Wang, 116 : 8901-, 2012

39 M. T. Thein, 74 : 260-, 2015

40 X. Gao, 109 : 1155-, 2005

41 H. Jiang, 478 : 550-, 2009

42 J. Xia, 158 : D244-, 2011

43 X. Gan, 481 : 397-, 2009

44 S. -M. Lam, 39 : 2343-, 2013

45 Y. Tay, 88 : 173118-, 2006

46 X. -G. Han, 113 : 584-, 2008

47 J. Zheng, 257 : 5083-, 2011

48 Y. Chen, 6 : 874-, 2014

49 M. McCluskey, 106 : 071101-, 2009

50 N. Shakti, 20 : 55-, 2014

51 T. Voss, 106 : 054304-, 2009

52 D. Wang, 2012 : 950354-, 2012

53 A. Al-Nafiey, 120 : 4571-, 2016

54 A. Kadam, 154 : 24-, 2016

55 T. Watanabe, 81 : 1845-, 1977

56 L. -S. Zhang, 44 : 1392-, 2010

57 Y. Chen, 172 : 47-, 2005

58 A. Fujishima, 32 : 2664-, 2007

59 S. -H. Yoon, 39 : 9695-, 2005

60 S. Kohtani, 10 : 2982-, 2008

61 J. Fu, 22 : 21159-, 2012

62 S. Danwittayakul, 52 : 13629-, 2013

63 S. J. Li, 51 : 179-, 2008

64 W. Liu, 48 : 106-, 2013

65 W. Liu, 368–369 : 9-, 2013

66 H. Katsumata, 3 : 5028-, 2013

67 R. Abe, 130 : 7780-, 2008

연월일	이력구분	이력상세
2023	평가예정	해외DB학술지평가 신청대상 (해외등재 학술지 평가)
2020-01-01	평가	등재학술지 유지 (해외등재 학술지 평가)
2011-01-01	평가	등재학술지 유지 (등재유지)
2009-01-01	평가	등재학술지 유지 (등재유지)
2007-01-01	평가	등재학술지 유지 (등재유지)
2004-01-01	평가	등재학술지 선정 (등재후보2차)
2003-01-01	평가	등재후보 1차 PASS (등재후보1차)
2001-07-01	평가	등재후보학술지 선정 (신규평가)

기준연도	WOS-KCI 통합IF(2년)	KCIF(2년)	KCIF(3년)
2016	3.4	0.75	2.84
KCIF(4년)	KCIF(5년)	중심성지수(3년)	즉시성지수
2.39	2.24	0.397	0.56

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Highly UV light driven WOx@ZnO nanocomposites synthesized by liquid impregnation method

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