News
News
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2008/12/23[Macromolecules] SAXS analysis of the Order-disorder transition and the interaction parameter of Polystyrene-block-poIy(methyl methacrylate) -
2008/10/10[Macromolecules] Nonplanar surface organization of monodendrons in Side-Chain modified liquid crystalline block copolymers -
2008/06/17[Biomacromolecules] Polyhydroxyalkanoate film formation and synthase activity during in vitro and in situ polymerization on hydrophobic surfaces -
2008/04/08[Macromolecules] Symmetric diblock copolymer thin films on rough substrates: Microdomain periodicity in pure and blended films -
2006/09/15[Macromolecules] Incorporation of metal nanoparticles into a double gyroid network texture -
2005/08/09[Macromolecules] Orientational transitions in symmetric diblock copolymers on rough surfaces -
2005/03/08[Macromolecules] Symmetric diblock copolymer thin films on rough substrates. Kinetics and structure formation in pure block copolymer thin films -
2004/02/01[J. Polym. Sci. Part B: Polym. Phys.] Managing Polymer Surface Structure Using Surface Active Block Copolymers in Block Copolymer Mixtures -
2003/08/12[Macromolecules] Observation of perpendicular orientation in symmetric diblock copolymer thin films on rough substrates -
2003/05/15[Phys. Rev. E] Early stages of polymer interdiffusion -
2001/06/10[Langmuir] Periodic surface topology of three-arm semifluorinated alkane monodendron diblock copolymers -
2000/10/17[Macromolecules] Effect of changing molecular end groups on surface properties: Synthesis and characterization of poly(styrene-&-semifluorinated isoprene) block copolymers with -CF2Ü end groups -
2000/08/08[Macromolecules] Molecular orientation of single and two-armed monodendron semifluorinated chains on ‘soft’ and ‘hard’ surfaces studied using NEXAFS -
2000/08/08[Macromolecules] Surface stability in liquid-crystalline block copolymers with semifluorinated monodendron side groups -
2000/07/13[Macromolecules] Molecular Orientation of Single and Two-Armed Monodendron Semifluorinated Chains on “Soft” and “Hard” Surfaces Studied Using NEXAFS
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