a carregar...
| 08:30-09:00 | |||
| Opening Ceremony | |||
| 09:00-09:45 | |||
| PL1. Lipid-Based Molecular Architectures for solubilization, interfacial reactivity and Delivery of Bioactives and Macromolecules | Nissim Garti | MA | |
| 10:00-10:30 | |||
| IL1. Adsorption mechanisms of polyelectrolytes and proteins | Zbigniew Adamczyk | MA | |
| IL2. Self-Aggregation of supramolecular surfactants derived from calixarenes | Luis Garcia-Rio | CA | |
| IL3. Reactive surfactants and their use in advanced materials | John Texter | PA | |
| IL.C1. Surfactant and polymer dispersions with liquid crystalline cores | Watson Loh | C13 | |
| 10:30-10:50 | |||
| O1.1. Structures of adsorption layers of surfactant mixtures on solid surfaces and the importance for the stability of dispersions | Wolfgang von Rybinski | MA | |
| O7.1. Formation Kinetics of Oil-rich, Non-ionic Microemulsions and the Influence of Additives | H. Klemmer | CA | |
| O5.1. A Reverse Micellar Mesophase of Face-Centered Cubic Fm3m Symmetry in PC/Water/Organic Solvent Ternary Systems | Isabelle Martiel | PA | |
| C1. DNA Gel Particles: Physicochemical and Biocompatible Considerations | M. Carmen Morán | C13 | |
| 10:50-11:10 | |||
| O1.2. Direct Impact of Non-Equilibrium Aggregates on the Structure and Morphology of Pdadmac/SDS Layers at the Air/Water Interface | Richard Campbell | MA | |
| O7.2. The Development of Highly Branched Hydrocarbon Surfactants as a Substitute for Fluorocarbon Surfactants | Masanobu Sagisaka | CA | |
| O5.2. Designing multiple stimuli-thickening fluids based on reversible aggregate transitions of non-polymeric surfactants | Jinfeng Dong | PA | |
| C2. Interaction of Silica Nanoparticles and Fatty Acid at Water-Oil and Water-Air Interfaces | Francesca Ravera | C13 | |
| 11:10-11:40 | |||
| Coffee Break | |||
| 11:40-12:00 | |||
| O1.3. Stable aqueous solutions of keratin polypeptides: their properties in solution and at interfaces | Fang Pan | MA | |
| O7.3. Disclike vs. cylindrical micelles: generalized model of micelle growth and data interpretation | Svetoslav Anachkov | CA | |
| O5.3. Surface segregation at the liquid-vapor interphase of binary aqueous systems of alkyl acetates with partial miscibility | Carolina Bermúdez-Salguero | PA | |
| C3. Self-Assembly of Peptides and Lipids into 1D Nanostructures | Dganit Danino | C13 | |
| 12:00-12:20 | |||
| O1.4. Molecular Array Behavior of Surfactants on Interfaces investigated by Molecular Simulation Approach | Ying Li | MA | |
| O7.4. Which key factors determine Cal B activity in bicontinuous microemulsions? | Anne Steudle | CA | |
| O5.4. Formation of giant ribbons with nanoscale chirality from new-to-nature sophorolipid biosurfactants in water | Anne-Sophie Cuvier | PA | |
| C4. Stimulus-Triggered Release of Viable Cells from Composite Microcapsules | Vesselin Paunov | C13 | |
| 12:20-12:40 | |||
| O1.5. Investigating the spreading behaviour of amphiphilic block copolymers Langmuir monolayers with synchrotron radiation | Giovanni Li Destri | MA | |
| O7.5. Specific ion effects in water ordering at ionic surfactant stabilized nanoscopic interfaces | Yixing Chen | CA | |
| O5.5. Structural comparison of cationic diC16-amidine and zwitterionic DPPC membranes | Julio Rozenfeld | PA | |
| C5. Curcumin loading and release from hybrid nanovectors of solid lipid nanoparticles | Andreea Pasc | C13 | |
| 12:40-13:00 | |||
| O1.6. Adsorption Kinetics of Protein/Surfactant Complexes at the Liquid- Gas Interface | Boris Noskov | MA | |
| O7.6. On the use of hydrophobic co-surfactants to optimise PIT nanoemulsions | Stella Georgiadou | CA | |
| O5.6. Supramolecular structure based on nanocluster POM Mo138 and surfactant in solution: the anomalous adsorption isotherm | Kirill V. Grzhegorzhevskii | PA | |
| C6. Saponins – natural surfactants with unique properties and functionality | Simeon D. Stoyanov | C13 | |
| 13:00-14:15 | |||
| Lunch | |||
| 14:15-14:45 | |||
| IL4. Specific Ion Effect and Thermodynamics:The Case of Micellization | Marija Bester-Rogac | MA | |
| IL5. MAGIQ process: Bottom-up formation of nano-sized oil droplets in water | Shigeru Deguchi | CA | |
| IL6. Bile Salt Derivatives: Self-Assembly of Rigid Unconventional Amphiphiles | Luciano Galantini | PA | |
| IL.C2. Lipid Transfer in O/W Emulsions, Influence of Diffusivity and Type of Stabilizer | Otto Glatter | C13 | |
| 14:45-15:05 | |||
| O6.1. Spectroscopic Studies of Arenediazonium Ions Stability in Surfactant Solutions | Jolanta Narkiewicz-Michalek | MA | |
| O7.7. Partitioning of organic additives in micellar solution of surfactants | Jonas Fuchs | CA | |
| O5.7. Fatty acid self-assemblies in the presence of choline hydroxide: effect of the molar ratio | Audrey Arnould | PA | |
| C7. Relating the Macroscopic Behavior of a Polyelectrolyte/Surfactant Complex to its Microscopic Structure and Dynamics | Ingo Hoffmann | C13 | |
| 15:05-15:25 | |||
| O6.2. Displacement and dynamics of a dispersing polymer on carbon nanotubes: NMR supports a non-wrapping picture | Ricardo Fernandes | MA | |
| O7.8. Emulsification by Active Interfacial Modifier | Kenichi Sakai | CA | |
| O5.8. Phase Behaviour and Relaxation Kinetics in the SLMI/cetyl betaine/water system | Joseph Flood | PA | |
| C8. A general approach of the production of metal nanoparticles in dense micro emulsions and application in fuel cells | Roman Latsuzbaia | C13 | |
| 15:25-15:45 | |||
| O6.3. An accurate and direct alternative to determine micelle aggregation numbers | Ángel Piñeiro | MA | |
| O7.9. Emergence of Micelles from Surfatant-Free Ternary Solutions | Dominik Horinek | CA | |
| O5.9. Surface activity of 2-ethylhexyl alcohol derived surfactants | Agata Sznajdrowska | PA | |
| C9. Photo-activated antimicrobial activity of silica-Toluidine blue nanoconjugates | Polina Prokopovich | C13 | |
| 15:45-16:05 | |||
| O6.4. Understanding the dynamics of pyrene labelled polymers. A photophysical study | Catherine Castro | MA | |
| O7.10. Effect of hydrocarbon chain substitution on hybrid sulfosuccinate surfactants for stabilisation water-in-CO2 microemulsions | Azmi Mohamed | CA | |
| O5.10. Surfactant-like properties of an amphiphilic a-helical peptide leading to lipid nanodisc formation | Tomohiro Imura | PA | |
| 16:05-16:50 | |||
| Coffee-break | |||
| 16:50-17:10 | |||
| O6.5. Solubility limits and phase diagrams for fatty acids and alcohols in anionic and zwitterionic micellar surfactant solutions | Peter A. Kralchevsky | MA | |
| O7.11. Self-assembling properties of surfactin and its application for ion recognition nanomaterials | Toshiaki Taira | CA | |
| O5.11. Self-Assembled Biomimetic Membrane for Water Treatment | Rona Ronen | PA | |
| 17:00-17:30 | |||
| IL.C3. Polymer/surfactant aided particle deposition on surface in relation bulk solution behavior | Tommy Nylander | C13 | |
| 17:10-17:30 | |||
| O6.6. Low Critical Micelle Concentration (CMC) discrepancy between theory and experiment | Fabián Daza | MA | |
| O7.12. Cyclohexane as efficiency booster for fluorinated CO2 -microemulsions: A systematic SANS contrast variation study | Yvonne Pütz | CA | |
| O5.12. Aggregative behavior of amphiphiles solutions in mixed media, with regard to stabilization of carbon nanotubes suspensions | Anastasia Venediktova | PA | |
| 17:30-17:50 | |||
| O6.7. Spontaneous blebbing of an oil/water interface and ordered lamellar structures observed near and apart from the interface | Hideki Seto | MA | |
| O7.13. Design of block copolymer based micelles for active and passive targeting. | Jérôme Lebouille | CA | |
| O5.13. Phase behavior of binary mixtures consisting of dioctadecyldimethyl-ammonium bromide and dipalmitoylphosphatidylcholine | Zhiwu Yu | PA | |
| C10. Self-Assembled Structures of Polymers and Formation of Nanoparticles in Aqueous Solutions | Bo Nyström | C13 | |
| 17:50-18:10 | |||
| O6.8. Self-assembling of Amphiphilic Block Copolymers with Dendritic Side Chains in Water | Toyoko Imae | MA | |
| O7.14. Magnetic solid foams obtained from highly concentrated Pickering emulsions | J. Esquena | CA | |
| O5.14. Brush-Type pH-responsive block copolymers as nanocarriers for smart drug delivery applications | Joana Góis | PA | |
| C11. Optical and structural characterization of zwitterionic thiophene based conjugated polyelectrolyte in aqueous micellar solutions | Telma Costa | C13 | |
| 18:10-18:30 | |||
| O6.9. Liquid-crystals from amphiphilic hyperbranched polymers used as nanoparticles-templating | Nguyen Hanh | MA | |
| O7.15. Terahertz dynamics of water confined in reverse micelles | Hiroshi Murakami | CA | |
| O5.15. Pseudo Gemini Surfactants Formed by Dicarboxylic Acids and Alkylamines - Diluted Solution Properties and Phase Behaviors - | Hideki Sakai | PA | |
| C12. Mechanisms and photoproducts involved in foam production starting from Vancomycin solutions exposed to laser radiation | Andra Dinache | C13 | |
| 18:30-18:50 | |||
| O6.10. Electrokinetic properties studying of sulfidizing products | Saule Aidarova | MA | |
| O7.16. Vegetable oil emulsions as reaction medium for triglyceride hydrolysis: finding the best emulsification conditions | Ignacio Ramirez | CA | |
| O5.16A. Dynamic Wetting of Hydrophobic Polymers by Aqueous Surfactant and
Superspreader Solutions | Xiang Wang | PA | |
| C13. Hydroxybenozate´s Isomer-Specific Effect on the Micellization of DTAC: A Molecular Dynamics Simulation | Jure Gujt | C13 | |
| 18:50-19:10 | |||
| O6.11. Effect of Surfactant on Water Sessile Drop Freezing | Alexandre Emelyanenko | MA | |
| O7.17. AES-AE Mixed Micelles in High Salinity and Hardness: Dual AES Clear Point-Cloud Point Solubilization Behavior | Mohamed Aoudia | CA | |
| O5.17. Association Behavior of Temperature Responsive Charged Amphiphilic Triblock Copolymer in Aqueous Solutions | Farinaz Kahnamouei | PA | |
| C14. Fluorinated and Triblock Copolymers Liquid Crystals : Moulds for the Preparation of Mesostructured Bimodal Silica | Nadia Canilho | C13 | |
MA - MAIN AUDITORIUM / CA - CHEMISTRY AUDITORIUM / PA- PHYSICS AUDITORIUM / C13 - CHEMISTRY / ROOM C13