Thermodynamic studies on thin liquid films. III: Miscibility in adsorbed films at film interfaces

Colloid Polym Sci (2005) 283:975–981

Unfortunately, the publisher printed Figures 1–8 with errors. The correct figures are given here.

Fig. 1

Difference between film tension and surface tension versus total molality curves at a constant composition: (1) $\hat X_2$ =0.00772, (2) 0.01379, (3) 0.01810, (4) 0.03015, (5) 0.09173, (6) 0.2150, (7) 0.2884, (8) 0.3817, (9) 0.4984, and (10) 0.7999

Fig. 2

Total molality versus composition curves at constant film tension: (1) γ^f=50 mN m⁻¹, (2) 55, (3) 60

Fig. 3

a Film tension at phase transition versus and surface tension at CMC versus composition curves; (solid line) γ^f,eq versus $\hat X_2 ,$ (dotted line) 2γ^c versus $\hat X_2 ;$ b total molality at phase transition versus and CMC versus composition curves; (solid line) $\hat m^{{\text{eq}}}$ versus $\hat X_2 ,$ (dotted line) ${\hat C}$ versus $\hat X_2$

Fig. 4

(a) Total surface density versus total molality curves at constant composition; (solid lines) $\hat \Gamma ^{\text{F}}$ versus $\hat m,$ (dotted lines) $\hat \Gamma ^{\text{H}}$ versus $\hat m;$ and (filled circle) $\hat \Gamma ^{\text{F}}$ at the CMC, (open circle) $\hat \Gamma ^{\text{H}}$ at the CMC; (b) difference in total surface density versus total molality curves at constant composition; (filled circle) $\hat \Gamma ^{\text{F}} - \hat \Gamma ^{\text{H}}$ at the CMC: (1) $\hat X_2$ =0.00772, (2) 0.01379, (3) 0.01810, (4) 0.03015, (5) 0.09173, (6) 0.2150, (7) 0.2884, (8) 0.3817, (9) 0.4984, and (10) 0.7999

Fig. 5

Total molality versus composition curves at constant film tension: (1) γ^f=50 mN m⁻¹, (2) 55, (3) 60; (dotted lines) ${\hat m}$ versus $\hat X_2^{\text{F}} ,$ (solid lines) ${\hat m}$ versus $\hat X_2$

Fig. 6

Total molality versus composition difference curves at constant film tension: (a) (1) γ^f=60 mN m⁻¹, (2) 55; (b) 51.3; and (c) 50

Fig. 7

Film tension at phase transition versus composition curves: (1) $\hat X_2^{{\text{F,c}}} ,$ (2) $\hat X_2^{{\text{F,N}}} ;$ and (open circle) $\hat X_2^{{\text{F,c}}}$ at the CMC, and (filled circle) $\hat X_2^{{\text{F,N}}}$ at the CMC

Fig. 8

Left- and right-hand sides of Eq. 45 versus composition curve: (solid lines) left-hand side, (open circle) right-hand side