Electrical Resistivity of Plasma Treated Viscose and Cotton Fabrics with Incorporated Metal Ions

다국어 초록 (Multilingual Abstract)

Cellulose fabrics (viscose and cotton) were treated with atmospheric pressure dielectric barrier discharge (DBD) in air. After DBD treatment, samples were characterized and volume electrical resistance was measured under different relative humidity conditions (φ=40-55 %). Results have shown that DBD treatment increases wettability and polar surface functional groups content, which consequently causes a decrease of volume electrical resistivity of cellulose fabrics in measured relative humidity range (φ=40-55 %). Metal ions (silver, copper, and zinc) were incorporated in untreated and plasma treated samples through sorption from aqueous solutions and incorporation of metal ions into plasma treated cellulose samples decreased electrical resistivity even further. Resistivity of cotton and viscose fabrics with incorporated metal ions followed the order Zn2+ > Cu2+ > Ag+. The most pronounced decrease, for entire order of a magnitude, was obtained by modification of cotton fabric with DBD and silver ions, where value of resistivity dropped from GΩ to a several dozens of MΩ.

참고문헌 (Reference)

1 M. M. Hassan, 53 : 10954-, 2014

2 F. Pawlek, 6 : 14-, 1966

3 J. He, 15 : 4401-, 2003

4 J. Z. Praskalo-Milanovic, 117 : 1772-, 2010

5 H. E. Emam, 133 : 173-, 2016

6 H. E. Emam, 96 : 697-, 2017

7 H. E. Emam, 165 : 255-, 2017

8 H. E. Emam, 357 : 1878-, 2015

9 H. E. Emam, 9 : 28034-, 2017

10 H. B. Ahmed, 17 : 418-, 2016

11 R. Dastjerdi, 79 : 5-, 2010

12 R. Morent, 202 : 3427-, 2008

13 S. Jinka, 53 : 12587-, 2014

14 S. Prabhu, 156 : 34-, 2017

15 K. H. Kale, 36 : 289-, 2011

16 H. Ventura, 9 : 93-, 2016

17 K. A. Asanovic, 65 : 162-, 2007

18 D. D. Cerovic, 49 : 65-, 2013

19 A. Kramar, 48 : 189-, 2014

20 S. Xingwei, 2 : 7669-, 2014

21 T. Mihajlidi, 26 : 29-, 1999

22 S. Milosavljevic, 8 : 95-, 1999

23 R. Pawlak, 20 : 68-, 2012

24 H. E. Emam, 254 : 344-, 2014

25 A. Kramar, 234 : 92-, 2013

26 M. Kostic, 6 : 58-, 2009

27 A. Kramar, 21 : 3279-, 2014

28 K. Asanovic, 80 : 1665-, 2010

29 M. M. Kostic, 32 : 169-, 2010

30 M. M. Hossain, 3 : 299-, 2006

31 Z. Persin, 82 : 2078-, 2012

32 R. Mitchell, 12 : 629-, 2005

33 V. Prysiazhnyi, 20 : 315-, 2013

34 B. Acemioglu, 243 : 81-, 2001

35 N. C. Cady, 21 : 2506-, 2011

36 O. Sundman, 328 : 248-, 2008

37 R. A. Scott, "Textiles for Protection" Woodhead Publishing Limited 2005

38 Q. Wei, "Surface Modification of Textiles" Woodhead Publishing Limited 2009

39 R. Shishoo, "Plasma Technologies for Textiles" Woodhead Publishing Limited 2007

40 W. E. Morton, "Physical Properties of Textile Fibres" Woodhead Publishing Limited 1975