The new evolution of protic ionic liquids: Antielectrostatic activity correlated with their surface properties

다국어 초록 (Multilingual Abstract)

The primary aim of this study was to explain the antielectrostatic activity of a series of protic 3-(alkoxymethyl)-1H-imidazol-3-ium salicylate ionic liquids as a function of their surface properties. Thesurface tension and contact angle on chosen surfaces were measured and discussed. The results wereinvestigated as a function of the alkyl chain length of the alkoxymethyl substituent in the imidazoliumcation. Despite the complex structure of the ions, the estimated surface tension was correlated with thecorresponding experimental results. It was found that the alkyl chain length has a significant impact onthe surface properties and wetting abilities of salicylates.

참고문헌 (Reference)

1 J. S. Wilkes, 4 : 73-, 2002

2 N. Correia, 189 : 361-, 1997

3 S. Tang, 41 : 4030-, 2012

4 S. Zhang, 77 : 80-, 2016

5 M. Tariq, 41 : 829-, 2012

6 Ch. Wertz, 131–132 : 2-, 2007

7 V. R. Vale, 55 : 4195-, 2010

8 R. L. Gardas, 49 : 139-, 2010

9 M. Geppert-Rybczyn´ ska, 57 : 1923-, 2012

10 A. Yang, 37 : 19-, 2005

11 G. Quijano, 101 : 8923-, 2010

12 S. Corderı´, 53 : 60-, 2012

13 M. Larriba, 79 : 266-, 2014

14 P. F. Requejo, 54 : 1342-, 2015

15 J. Restolho, 340 : 82-, 2009

16 I. Delcheva, 222 : 162-, 2015

17 M. M. Pereira, 17 : 31653-, 2015

18 J. Pernak, 77 : 975-, 2003

19 J. Jacquemin, 16 : 3549-, 2014

20 J. Pernak, 59 : 473-, 2005

21 J. Pernak, 40 : 2379-, 2001

22 J. Pernak, 10 : 3479-, 2004

23 A. Cieniecka-Rosłonkiewicz, 7 : 855-, 2005

24 J. Feder-Kubis, 21 : 2709-, 2010

25 J. Skowronek, 44 : 824-, 2015

26 A. Wandschneider, 53 : 596-, 2008

27 M. Geppert-Rybczyn´ ska, 56 : 1443-, 2011

28 R. Sedev, 16 : 310-, 2011

29 R. N. Shimizu, 76 : 1831-, 2000

30 E. Occhiello, 42 : 2045-, 1991

31 M. Pie˛tka-Ottlik, 89 : 1103-, 2012

32 J. Chlebicki, 323 : 372-, 2008

33 J. Pernak, 31 : 879-, 2007

34 W. -G. Xu, 57 : 2177-, 2012

35 J. Klomfar, 54 : 1389-, 2009

36 J. Klomfar, 385 : 62-, 2015

37 P. J. Carvalho, 53 : 1346-, 2008

38 H. F. D. Almeida, 30 : 6408-, 2014

39 R. Giernoth, 49 : 2834-, 2010

40 F. M. Fowkes, 56 : 40-, 1964

41 I. Pa´ szli, 285 : 1505-, 2007

42 P. J. Carvalho, 55 : 3807-, 2010

43 S. Sugden, 125 : 32-, 1924

44 O. R. Quayle, 53 : 439-, 1953

45 T. A. Knotts, 46 : 1007-, 2001

46 M. Soucˇkova´, 406 : 181-, 2015

47 M. Soucˇkova´, 83 : 52-, 2015

48 J. Tong, 112 : 4381-, 2008

49 J. Tong, 52 : 4967-, 2013

50 J. Wei, 90 : 310-, 2015

51 S. A. Mumford, 75-, 1950

52 G. Adamova´, 16 : 4033-, 2014

53 M. G. Freire, 314 : 621-, 2007

54 F. Liu, 316 : 62-, 2008

55 B. Jan´ czuk, 127 : 59-, 1989

56 L. S. Penn, 78 : 238-, 1980

57 J. R. Dann, 32 : 302-, 1970

58 C. Bonnerup, 7 : 247-, 1993

59 N. Inagaki, 26 : 283-, 1991

60 W. A. Zisman, 43 : 1-, 1964

61 Ch. Wohlfarth, "Surface Tension of Pure Liquids and Binary Liquid Mixtures, Landolt-Bo¨ rnstein, Numerical Data and Functional Relationships in Science and Technology, Group IV: Physical Chemistry, vol. 16" Springer 1997

62 A. W. Adamson, "Physical Chemistry of Surfaces" John Wiley and Sons. Inc. 1997