Dispersed Systems |
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Page 71
... ratio r ' between AOT and L - Lys residues was 178 : 312 , whereas in this study the value was 100. Figure 6 shows that by further decreasing the ratio r ' to 80 , 40 , and 20 , corresponding ( L - Lys ) con- centrations of 1.25 , 2.5 ...
... ratio r ' between AOT and L - Lys residues was 178 : 312 , whereas in this study the value was 100. Figure 6 shows that by further decreasing the ratio r ' to 80 , 40 , and 20 , corresponding ( L - Lys ) con- centrations of 1.25 , 2.5 ...
Page 105
... ratio of the intensities of the elastically and quasi - elastically scattered fields at the detector . In the present work , this ratio II , was varied by changing the angle of incidence 0 : I is largest at the limiting angle of total ...
... ratio of the intensities of the elastically and quasi - elastically scattered fields at the detector . In the present work , this ratio II , was varied by changing the angle of incidence 0 : I is largest at the limiting angle of total ...
Page 115
... ratio the water is dispersed in small spherical droplets ( R = 5-70 Å ) in the oil phase [ 4–6 ] . The av- erage droplet size , R , is determined by the area per sur- factant molecule , E , and the molar ratio of water to surfactant ...
... ratio the water is dispersed in small spherical droplets ( R = 5-70 Å ) in the oil phase [ 4–6 ] . The av- erage droplet size , R , is determined by the area per sur- factant molecule , E , and the molar ratio of water to surfactant ...
Contents
General | 1 |
Surfactant Aggregation | 55 |
Phase equilibria and thermodynamics of liquid and solid crystal | 86 |
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