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- W2811360551 abstract "Fabricating of solid-supported hybrid nanostructures remains a challenging problem because it is difficult to control all interfacial interactions influencing the structure and stability of these systems. The most widely used approach to solving this problem is a bottom-up assembly on the surface templates such as self-assembled monolayers (SAMs). Herein we suggest an alternative approach to tailoring solid surfaces by a formation of an interlayer anchoring the nanostructured film to the solid substrate. We formed a multifunctional bilayer template (MBT), comprising an adhesive monolayer of graphene oxide and a functional ordered monolayer of metal organic compound (Zinc-tetra(4-pyridyl)porphyrin) directing further bottom-up growth of the nanostructures. The one-step assembly of MBT proceeded spontaneously at the air/water interface and was monitored by an in-situ fiber optic absorption and fluorescence spectroscopy in a Langmuir trough. Dilatation surface rheology was applied to study the evolution of molecular organization of the monolayers upon adding the zinc ions, GO and their mixture into the subphase. The MBT templates were used for the assembly of porphyrin-based SURMOFs with two different structures. Our strategy makes it possible to assemble surface-anchored nanostructures avoiding the use of SAMs and it can be extended to other types of ultrathin hybrid systems." @default.
- W2811360551 created "2018-07-10" @default.
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- W2811360551 date "2018-11-01" @default.
- W2811360551 modified "2023-09-27" @default.
- W2811360551 title "Interfacial self-assembly of functional bilayer templates comprising porphyrin arrays and graphene oxide" @default.
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- W2811360551 cites W1974628696 @default.
- W2811360551 cites W1975750858 @default.
- W2811360551 cites W1983198274 @default.
- W2811360551 cites W1986055144 @default.
- W2811360551 cites W1986056048 @default.
- W2811360551 cites W1990800837 @default.
- W2811360551 cites W1995104981 @default.
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- W2811360551 cites W2004220201 @default.
- W2811360551 cites W2008612187 @default.
- W2811360551 cites W2008624536 @default.
- W2811360551 cites W2011927954 @default.
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- W2811360551 cites W2031181805 @default.
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- W2811360551 cites W2033184784 @default.
- W2811360551 cites W2052040369 @default.
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- W2811360551 cites W2066360217 @default.
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- W2811360551 doi "https://doi.org/10.1016/j.jcis.2018.06.086" @default.
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