Titlebook: Surface and Colloid Science; Valdemaras Razumas,Björn Lindman,Tommy Nylander Conference proceedings 2001 Springer-Verlag Berlin Heidelberg

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0340-255X ltic Meeting on Surface and Colloid Science, which was held in Vilnius, Lithuania on August 21-25, 1999, as a continuation of the traditional Scandinavian Symposium on Surface Chemistry.978-3-662-14693-4978-3-540-44941-6Series ISSN 0340-255X Series E-ISSN 1437-8027

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0340-255X ribers to Colloid and Polymer Science are entitled to a 20 %Leading Nordic-Baltic scientists and their colleagues from other countries present recent research on a broad range of topics in surface and colloid science: adhesion, adsorption processes, characterization of solid/liquid and solid/polymer

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Conference proceedings 2001cience: adhesion, adsorption processes, characterization of solid/liquid and solid/polymer interfaces, chemical and particle depositions, colloid stability, emulsification and encapsulation, interfacial reactions, new surfactants, polymer-surfactant interactions, self-assembly processes, and functio

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On the swelling of monoolein liquid-crystalline aqueous phases in the presence of distearoylphosphate addition of up to 10 wt% DSPG using small-angle X-ray diffraction. Generally, the introduction of this anionic phospholipid leads to an increased hydration of the liquid-crystalline phases compared to the binary MO—water system. In the binary MO—water system, the cubic phase could be swollen to ab

碌碌之人

Entrapment of glucose oxidase into the cubic Q230 and Q224 phases of aqueous monooleinf aqueous monoolein (MO, 86 wt% monooleoylglycerol). At 25 °C, a partial phase diagram of the MO/GOD/H.O system indicated that the Q. phase can accommodate only up to 0.5 wt% of the commercial GOD preparation. At higher GOD contents, this cubic phase transforms into a reversed hexagonal phase (H.).

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DNA-surfactant complexes in a water/alcohol mixtures of UV and IR spectroscopy and flame photometry the stoichiometric polyelectrolyte—surfactant complexes were characterized. The data of high-rate sedimentation and UV spectroscopy show that nonstoichiometric soluble complexes can be formed in the presence of 40% (v/v) water/2-propanol.