Rendiconti della Scuola internazionale di fisica "Enrico Fermi." |
Contents
Introduction | 1 |
Membranebound proteins | 7 |
Optimal headgroup area | 9 |
Experimental situation | 10 |
J N ISRAELACHVILI | 23 |
Factors affecting changes from one structure to another | 45 |
repulsive hydration forces and | 52 |
J B HAYTER Determination of the structure and dynamics | 59 |
Conclusion | 433 |
Phase diagrams | 463 |
S CARRÀ M MORBIDELLI and G STORTI Role of surfactants | 483 |
Latex particle stabilization | 505 |
E PELIZZETTI Electron transfer and charge separation | 513 |
Organized assemblies in artificial photosynthesis | 519 |
J A REYNOLDS Surfactants and lipid vesicles as tools | 537 |
Introduction | 555 |
Structural studies | 66 |
64 | 83 |
B LINDMAN and P STILBS | 94 |
Effects of chemical exchange | 101 |
Nitrogen and phosphorus | 108 |
cation to micellar solutions | 122 |
22 | 129 |
The light scattering experiment | 130 |
14 | 150 |
P N PUSEY Diffusion of spherical particles in concentrated | 152 |
W SCHORR and H HOFFMANN Electric birefringence | 160 |
Experimental | 169 |
Conclusions | 179 |
Origin of the low tensions | 186 |
S CANNELL Interpretation of light scattering studies | 202 |
KAHLWEIT Kinetic of formation of association colloids | 212 |
Introduction | 216 |
G B BENEDEK On the molecular basis for micellar formation | 223 |
Systematic investigations of the dependence of the funda | 231 |
Conclusions | 237 |
Discussion | 245 |
S H CHEN Determination of intra and interparticle struc | 281 |
Determination of the interparticle structure factor | 293 |
Interpretation of the interparticle structure factor | 299 |
Nonionic micelles | 303 |
Micellar properties | 307 |
LANG Chemical and thermal development of nonionic | 336 |
Phase equilibria and properties of nonionic sufactants | 344 |
Theory for thermal mixtures | 363 |
Conclusions | 371 |
Theory | 377 |
GELBART A BENSHAUL A MASTERS and W E MCMUL | 394 |
Growthalignment coupling in the nematic state | 400 |
N OSTROWSKY and D SORNETTE Interactions between non | 563 |
Vesicle coagulation | 571 |
Appendix | 584 |
Organization and behaviour in artificial and biological mem | 616 |
Functional behaviour | 623 |
Conclusions | 633 |
P SCHURTENBERGER N MAZER and W KÄNZIG Static | 648 |
The consolution curve | 670 |
Test of the nucleation picture | 681 |
P K J KINNUNEN T THUREN P VAINIO and J A VIR | 687 |
124 | 692 |
A qualitative model for NaClinduced conformational changes | 693 |
region | 704 |
Experimental quaternary phase behaviour of the brinen | 717 |
the Tal | 757 |
Some applications of the correlation length K | 763 |
S H CHEN and M KOTLARCHYK Structure of a threecom | 768 |
AOTwateroil microemulsion has a welldefined underlying | 775 |
Aside from the critical fluctuations the underlying particle | 784 |
The phase separation does not change the nature of | 790 |
Critical phenomena | 792 |
Experimental details | 796 |
SENATRA G G T GUARINI and G GABRIELLI | 802 |
Lowtemperature dielectric results | 814 |
F CANDAU Y S LEONG G POUYET and S J CANDAU | 830 |
Conclusion | 841 |
N KAMENKA B BRUN J ROUVIÈRE and J L DUSSOSSOY | 857 |
Conclusion | 863 |
Summary | 874 |
589 | 877 |
Critical behaviour of micellar solutions | 883 |
Copyright | |