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Titlebook: U- and E-Service, Science and Technology; International Confer Tai-hoon Kim,Jianhua Ma,Dominik Ślęzak Conference proceedings 2010 Springer

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Koichiro Komiyama,Toshinori Seko,Yusuke Ichinose,Kei Kato,Kohei Kawano,Hiroshi Yoshiura assembled materials. The motions at air–water interface, foam formation, reversible supramolecular assembly at nanometer length-scale, and life-like artificial muscle function are discussed. Manipulating the molecular structural design, supramolecular assembling conditions, and external stimulation
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S. Choimeun,N. Phumejaya,S. Pomnakchim,C. Chantrapornchaih solid state NMR techniques, encompassing both traditional and recently developed methods, can be exploited towards understanding fundamental structural and dynamic properties of hydrogen bonded solids, focusing in particular on organic molecular materials.
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P. Intraprasert,N. Jatikul,C. Chantrapornchaions to glue together construction materials. This chapter is devoted to an important subset of non-covalent interactions, namely those involving hydrogen bonding and -stacking interactions between ions. Some relevant analogies and differences between organic-type intermolecular interactions and thos
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Hairulnizam Mahdin,Jemal Abawajylattened cone” conformation. The resulting ligands have a C. symmetry and are able to transport guanidinium cation through a Supported Liquid Membrane. Water soluble calix[4] arenes in the fixed cone conformation, which selectively bind organic cations and neutral molecules in aqueous solution, have
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