The effect of cations on gelation of cross-linked polymers
SEDAGHATZADEH Mostafa,SHAHBAZI Khalil,POURAFSHARY Peyman,RAZAVI Seyed Ali
Table 2 Viscosity reduction models.
NUM Equation R2 Related curve description
1 Y=9.721×103-0.817X+3.125×10-5X2 0.976 4 Effects of cation concentrations on viscosity of borate-Guar with NaCl
2 Y=9.630×103-1.048X+4.442×10-5X2 0.970 8 Effects of cation concentrations on viscosity of borate-Guar with CaCl2
3 Y=7.709×103-0.593X+1.763×10-5X2 0.988 2 Effects of cation concentrations on viscosity of borate-Xanthan with NaCl
4 Y=7.512×103-0.836 X+3.772×10-5X2 0.960 3 Effects of cation concentrations on viscosity of borate-Xanthan with CaCl2
5 Y=9.936×103-0.914X+3.393×10-5X2 0.983 5 Effects of cation concentrations on viscosity of APTES-HPAM with NaCl
6 Y=9.691×103-1.517X+8.237×10-5X2 0.962 4 Effects of cation concentrations on viscosity of APTES-HPAM with CaCl2
7 Y=1.031×103-0.940X+3.839×10-5X2 0.989 0 Effects of cation concentrations on viscosity of APTES-HPAM-MWCNTs with NaCl
8 Y=1.008×103-1.494X+8.973×10-5X2 0.965 3 Effects of cation concentrations on viscosity of APTES-HPAM-MWCNTs with CaCl2