Polish version

Login form

2020
- Polimery, No 1/2020
2019
- Polimery, No 1/2019
- Polimery, No 2/2019
- Polimery, No 3/2019
- Polimery, No 4/2019
- Polimery, No 5/2019
- Polimery, No 6/2019
- Polimery, No 7-8/2019
- Polimery, No 9/2019
- Polimery, No 10/2019
- Polimery, No 11-12/2019
2018
- Polimery, No 1/2018
- Polimery, No 2/2018
- Polimery, No 3/2018
- Polimery, No 4/2018
- Polimery, No 5/2018
- Polimery, No 6/2018
- Polimery, No 7-8/2018
- Polimery, No 9/2018
- Polimery, No 10/2018
- Polimery, No 11-12/2018
2017
- Polimery, No 1/2017
- Polimery, No 2/2017
- Polimery, No 3/2017
- Polimery, No 4/2017
- Polimery, No 5/2017
- Polimery, No 6/2017
- Polimery, No 7-8/2017
- Polimery, No 9/2017
- Polimery, No 10/2017
- Polimery, No 11-12/2017
2016
- Polimery, No 1/2016
- Polimery, No 2/2016
- Polimery, No 3/2016
- Polimery, No 4/2016
- Polimery, No 5/2016
- Polimery, No 6/2016
- Polimery, No 7-8/2016
- Polimery, No 9/2016
- Polimery, No 10/2016
- Polimery, No 11-12/2016
2015
- Polimery, No 1/2015
- Polimery, No 2/2015
- Polimery, No 3/2015
- Polimery, No 4/2015
- Polimery, No 5/2015
- Polimery, No 6/2015
- Polimery, No 7-8/2015
- Polimery, No 9/2015
- Polimery, No 10/2015
- Polimery, No 11-12/2015
2014
- Polimery, No 1/2014
- Polimery, No 2/2014
- Polimery, No 3/2014
- Polimery, No 4/2014
- Polimery, No 5/2014
- Polimery, No 6/2014
- Polimery, No 7-8/2014
- Polimery, No 9/2014
- Polimery, No 10/2014
- Polimery, No 11-12/2014
2013
- Polimery, No 1/2013
- Polimery, No 2/2013
- Polimery, No 3/2013
- Polimery, No 4/2013
- Polimery, No 5/2013
- Polimery, No 6/2013
- Polimery, No 7-8/2013
- Polimery, No 9/2013
- Polimery, No 10/2013
- Polimery, No 11-12/2013
2012
- Polimery, No 1/2012
- Polimery, No 2/2012
- Polimery, No 3/2012
- Polimery, No 4/2012
- Polimery, No 5/2012
- Polimery, No 6/2012
- Polimery, No 7-8/2012
- Polimery, No 9/2012
- Polimery, No 10/2012
- Polimery, No 11-12/2012
2011
- Polimery, No 1/2011
- Polimery, No 2/2011
- Polimery, No 3/2011
- Polimery, No 4/2011
- Polimery, No 5/2011
- Polimery, No 6/2011
- Polimery, No 7-8/2011
- Polimery, No 9/2011
- Polimery, No 10/2011
- Polimery, No 11-12/2011
2010
- Polimery, No 1/2010
- Polimery, No 2/2010
- Polimery, No 3/2010
- Polimery, No 4/2010
- Polimery, No 5/2010
- Polimery, No 6/2010
- Polimery, No 7-8/2010
- Polimery, No 9/2010
- Polimery, No 10/2010
- Polimery, No 11-12/2010
2009
- Polimery, No 1/2009
- Polimery, No 2/2009
- Polimery, No 3/2009
- Polimery, No 4/2009
- Polimery, No 5/2009
- Polimery, No 6/2009
- Polimery, No 7-8/2009
- Polimery, No 9/2009
- Polimery, No 10/2009
- Polimery, No 11-12/2009
2008
- Polimery, No 1/2008
- Polimery, No 2/2008
- Polimery, No 3/2008
- Polimery, No 4/2008
- Polimery, No 5/2008
- Polimery, No 6/2008
- Polimery, No 7-8/2008
- Polimery, No 9/2008
- Polimery, No 10/2008
- Polimery, No 11-12/2008
2007
- Polimery, No 1/2007
- Polimery, No 2/2007
- Polimery, No 3/2007
- Polimery, No 4/2007
- Polimery, No 5/2007
- Polimery, No 6/2007
- Polimery, No 7-8/2007
- Polimery, No 9/2007
- Polimery, No 10/2007
- Polimery, No 11-12/2007
2006
- Polimery, No 1/2006
- Polimery, No 2/2006
- Polimery, No 3/2006
- Polimery, No 4/2006
- Polimery, No 5/2006
- Polimery, No 6/2006
- Polimery, No 7-8/2006
- Polimery, No 9/2006
- Polimery, No 10/2006
- Polimery, No 11-12/2006
2005
- Polimery, No 1/2005
- Polimery, No 2/2005
- Polimery, No 3/2005
- Polimery, No 4/2005
- Polimery, No 5/2005
- Polimery, No 6/2005
- Polimery, No 7-8/2005
- Polimery, No 9/2005
- Polimery, No 10/2005
- Polimery, No 11-12/2005
2004
- Polimery, No 1/2004
- Polimery, No 2/2004
- Polimery, No 3/2004
- Polimery, No 4/2004
- Polimery, No 5/2004
- Polimery, No 6/2004
- Polimery, No 7-8/2004
- Polimery, No 9/2004
- Polimery, No 10/2004
- Polimery, No 11-12/2004
2003
- Polimery, No 1/2003
- Polimery, No 2/2003
- Polimery, No 3/2003
- Polimery, No 4/2003
- Polimery, No 5/2003
- Polimery, No 6/2003
- Polimery, No 7-8/2003
- Polimery, No 9/2003
- Polimery, No 10/2003
- Polimery, No 11-12/2003
2002
- Polimery, No 1/2002
- Polimery, No 2/2002
- Polimery, No 3/2002
- Polimery, No 4/2002
- Polimery, No 5/2002
- Polimery, No 6/2002
- Polimery, No 7-8/2002
- Polimery, No 9/2002
- Polimery, No 10/2002
- Polimery, No 11-12/2002
2001
- Polimery, No 1/2001
- Polimery, No 2/2001
- Polimery, No 3/2001
- Polimery, No 4/2001
- Polimery, No 5/2001
- Polimery, No 6/2001
- Polimery, No 7-8/2001
- Polimery, No 9/2001
- Polimery, No 10/2001
- Polimery, No 11-12/2001
2000
- Polimery, No 1/2000
- Polimery, No 2/2000
- Polimery, No 3/2000
- Polimery, No 4/2000
- Polimery, No 5/2000
- Polimery, No 6/2000
- Polimery, No 7-8/2000
- Polimery, No 9/2000
- Polimery, No 10/2000
- Polimery, No 11-12/2000
Archives 1990-1999
- 1999
- 1998
- 1997
- 1996
- 1995
- 1994
- 1993
- 1992
- 1991
- 1990
Archives 1980-1989
- 1989
- 1988
- 1987
- 1986
- 1985
- 1984
  - Polimery, No 1/1984
Cooperating institutions
News

Print

A. Wyroba, B. Siniarska, E. Witek

Conformational and hydrodynamic properties of poly(N,N-dimethyl-3,4-dimethylenepyrrolidinium chloride) in aqueous NaCl solution

Polimery 1996, No 3, 150

DOI: dx.doi.org/10.14314/polimery.1996.150

Summary

Viscometry and light scattering methods were used to determine the conformational and hydrodynamic properties of poly(N,N-dimethyl-3,4- dimethylene pyrrolidinium chloride) macromolecules in aqueous NaCl solutions with NaCl concentrations ranging from 0 to 2 M NaCl. The conformational and hydrodynamic properties (such as limiting viscosity number [&#951], second virial coefficient A2, root-mean-square radius of gyration 1/2, Huggins coefficient kH, rigidity coefficient &#948 and degree of chain coiling Q) were determined in relation to the ionic strength (NaCl concentration) and weight average molecular weight of polymers over the range Mu, 2.0105—1.9106 g/mol. Suitable formulas were derived (see Tables 6 and 7)

If you are interested in full versions of articles, please contact the editorial team of polimery@ichp.pl

sectionList();