Information om | Engelska ordet DIBLOCK

Exempel på hur man kan använda DIBLOCK i en mening

• It was observed that a reverse micellar cubic phase with Fd3m (Q227) symmetry formed in a ternary system of an amphiphilic diblock copolymer (EO17BO10, where EO represents ethylene oxide and BO represents butylene oxide), water, and p-xylene.
• Third international lab (after Ohno in Japan and Mecerreyes in Spain) to help initiate polymerized ionic liquids (PIL) research with introduction of reversibly-porating gels based on pinned spinodal decomposition and nanolatex syntheses by microemulsion polymerization – Demonstrated such materials provide osmotic brush stabilization when used in dispersions as dispersing aids – Showed that such PIL materials, particularly nanolatexes, exhibit a dynamic range greater than 104-fold in stability based on anion exchange or solvent exchange – Illustrated that these stability phenomena are basis of stimuli responsive behaviors including polymer-poration, swelling, phase transfer in addition to dispersion stability – Showed how nanocarbons, such as SWCNT, MWCNT, and graphene, can be dispersed in water at concentrations of 1-17% by weight, eclipsing leading international labs by 100-fold – Applied ATRP controlled polymerization to make new class of triblock copolymers with PIL blocks that form thermoreversible gels – Developed diblock copolymers, poly(PNIPAM-b-PIL), that reversibly precipitate as ultrastable (in boiling water) nanoparticles when heated.
• Hydrophilic surfaces are generally created one of two ways; the first being physisorption of an amphiphilic diblock co-polymer where the hydrophobic block adsorbs to the surface, leaving the hydrophilic block available for anti-fouling purposes.
• He optimised the living radical polymerisation of hydrophilic methacrylates, discovered a new class of 'schizophrenic' diblock copolymers whose amphiphilicity can be switched on or off, and has designed a range of novel biocompatible block copolymer gels and vesicles.
• Bates is also credited with supplying a detailed understanding of the formation of bicontinuous and tricontinuous network phase morphologies in block copolymers, including the conclusive identification of the double gyroid morphology in diblock copolymers and the discovery of the first two orthorhombic network phases in soft materials.

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