K. Jagiełło et al.
24
obtained molar fraction of the individual components in various concentrations
was used to determine the aggregation constant K A according to the formula:
K
x
C x
Ai
mi
ti mi
=
−
1
(2.18)
Where
C ti
the total concentration of the compound in the i-th solution,
x mi
the molar fraction of the monomer calculated from the Eq. (2.6).
the estimation of the m aggregation constant—one for each compound concentrations (for each spectra) were obtained. than the average value and the standard
deviation were calculated: K
M
A
=
±
−
( ,
,
)*
.
6 327 0 218 10
3
1
Fig. 2.5 Further residual spectrum obtained for the C-1330 in 5 mm NaCl solution in the PCA
method
24
obtained molar fraction of the individual components in various concentrations
was used to determine the aggregation constant K A according to the formula:
K
x
C x
Ai
mi
ti mi
=
−
1
(2.18)
Where
C ti
the total concentration of the compound in the i-th solution,
x mi
the molar fraction of the monomer calculated from the Eq. (2.6).
the estimation of the m aggregation constant—one for each compound concentrations (for each spectra) were obtained. than the average value and the standard
deviation were calculated: K
M
A
=
±
−
( ,
,
)*
.
6 327 0 218 10
3
1
Fig. 2.5 Further residual spectrum obtained for the C-1330 in 5 mm NaCl solution in the PCA
method