Aqueous Solutions of Polyelectrolytes: Vapor–Liquid Equilibrium and Some Related Properties - Polymer Thermodynamics - page 86

Polymer Polymer

conc.

Salt Salt conc. Method Experimental

properties

References

(g/dm 3 ) (mol/dm 3 )

NaPSS 2.5-31 NaCl 0.01-0.1 MO p [ 42 ]

NaPSS 0.5-7.5 NaCl 0.005-0.5 MO p [ 26 ]

NaPSS 68-556 NaCl 0.056-0.91 ISO F p [ 27 ]

BaPSS 2-52 LiCl, NaCl, KCl 0.001-1 Solubility [ 43 ]

1.7 10 4 -0.1 NaPSS 0.2-21 NaCl, Na 2 SO 4 ,

NaCNS

EMF, EQDIA G [ 44 , 45 ]

NaPSS 0.08 Pb(NO 3 ) 2 , HNO 3 ,

NaNO 3

0.01-0.02 EQDIA y H , y Na , y Pb [ 46 ]

NaPSS < 0.8 NaNO 3 0.005-3.7 EQDIA y Na , y H [ 47 ]

F p

NaPA 3.7-623 NaCl 0.046-3 ISO [ 48 ]

1.7 10 4 -0.1

G , F p

NaPA 0.09-9.1 NaCl, Na 2 SO 4 EMF, EQDIA [ 45 ]

y K , g CI

KPA 5 KCl 0-0.1 EMF, VO [ 49 ]

NaPMAA 0.08-49 NaBr 0.001-0.3 DMO F p [ 50 ]

NaCMC
LiCMC

1-6 NaCl, LiCl, NH 4 Cl,

CaCl 2 ,
Mg Cl 2

0.005-1 MO p , F p [ 51 ]

NaCMC 0.01; 0.025 NaCl 0.1-5.7 EMF g CI [ 52 ]

CaPAM 0.87 CaCl 2 0.002-0.02 EMF g CI [ 53 ]

10 4 -

NaPAM 0.19-1.3 NaBr 4 EMF g CI [ 54 ]

10 2

4

10 4 -0.05

NaPAM, KPAM, MgPAM 0.22-1.67 NaNO 3 , KNO 3 ,

Mg(NO 3 ) 2

3 EQDIA, EMF g CI , y Na , y K , y Mg [ 55 ]

X-DP,X-DS; X = (Li + ,Na + ,K + ,
Cs + ,Rb + ,Mg ++ ,Ca ++ ,Cd ++ )

0.5-1.0 LiCl, NaCl, KCl,

CsCl, RbCl,
MgCl 2 , CaCl 2 ,
Cd(NO 3 ) 2

c p /c s = 0-12 EMF g CI , y X [ 56 ]

PEI 5.2 KCl 0.001-0.1 EMF, VO y Cl , g CI [ 49 ]

PVBTMAC 90-670 NaCl 0.05-0.85 ISO F p [ 27 ]

10 4 -0.1

PAAm 0.09-9.4 NaCl, Na 2 SO 4 1.7 EMF, EQDIA G [ 44 ]

10 4 -0.1

PMETAC 0.2-21 NaCl, Na 2 SO 4 1.7 EMF, EQDIA G [ 44 ]

NaPA, NH 4 PA, NaPMAA, NaPES,
NaPSS

0-40 NaCl 0-0.3 ISO a w [ 28 ]