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Mahmut Deniz
Orthogonal Supramolecular Interaction Motifs for Functional Monolayer Architectures
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3295078Orthogonal Supramolecular Interaction Motifs for Functional Monolayer Architectureshttps://www.gandhi.com.mx/orthogonal-supramolecular-interaction-motifs-for-functional-monolayer-architectures-9783642302572/phttps://gandhi.vtexassets.com/arquivos/ids/3373351/b4c38d07-9b05-47c5-bd4e-5e3dc930de14.jpg?v=638385281613370000https://gandhi.vtexassets.com/arquivos/ids/3371183/b4c38d07-9b05-47c5-bd4e-5e3dc930de14.jpg?v=63838527868813000017561951MXNSpringer Berlin HeidelbergInStock/Ebooks/<p>Deniz Yilmaz thesis describes a combination of orthogonal supramolecular interactions for the design of functional monolayer architectures on surfaces, that can be used as chemical and biosensors in a wide range of applications. The term orthogonal supramolecular interactions refers to non-covalent interactions that do not influence each others assembly properties. Orthogonal self-assembly thus allows extended control over the self-assembly process and promotes new materials properties. The first part of the thesis employs orthogonal host-guest and lanthanide-ligand coordination interaction motifs to create supramolecular luminescent monolayers. The second part of the thesis describes the fabrication of functional monolayers on silicon and gold substrates for applications in electronics.<br />The results illustrate the power of weak supramolecular interactions to direct the immobilization of functional systems on surfaces. The combination of host-guest and lanthanide-ligand coordination interaction motifs on surfaces demonstrates that hybrid, multifunctional supramolecular monolayers can be fabricated by integrating different non-covalent interactions in the same system. This combination opens up new avenues for the fabrication of complex hybrid organic-inorganic materials and stimuli-responsive surfaces. Their utility is demonstrated through applications of the functional interfaces to biosensing and nanotechnology.</p>...3231504Orthogonal Supramolecular Interaction Motifs for Functional Monolayer Architectures17561951https://www.gandhi.com.mx/orthogonal-supramolecular-interaction-motifs-for-functional-monolayer-architectures-9783642302572/phttps://gandhi.vtexassets.com/arquivos/ids/3373351/b4c38d07-9b05-47c5-bd4e-5e3dc930de14.jpg?v=638385281613370000https://gandhi.vtexassets.com/arquivos/ids/3371183/b4c38d07-9b05-47c5-bd4e-5e3dc930de14.jpg?v=638385278688130000InStockMXN99999DIEbook20129783642302572_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_<p>Deniz Yilmaz thesis describes a combination of orthogonal supramolecular interactions for the design of functional monolayer architectures on surfaces, that can be used as chemical and biosensors in a wide range of applications. The term orthogonal supramolecular interactions refers to non-covalent interactions that do not influence each others assembly properties. Orthogonal self-assembly thus allows extended control over the self-assembly process and promotes new materials properties. The first part of the thesis employs orthogonal host-guest and lanthanide-ligand coordination interaction motifs to create supramolecular luminescent monolayers. The second part of the thesis describes the fabrication of functional monolayers on silicon and gold substrates for applications in electronics.<br />The results illustrate the power of weak supramolecular interactions to direct the immobilization of functional systems on surfaces. The combination of host-guest and lanthanide-ligand coordination interaction motifs on surfaces demonstrates that hybrid, multifunctional supramolecular monolayers can be fabricated by integrating different non-covalent interactions in the same system. This combination opens up new avenues for the fabrication of complex hybrid organic-inorganic materials and stimuli-responsive surfaces. Their utility is demonstrated through applications of the functional interfaces to biosensing and nanotechnology.</p>(*_*)9783642302572_<p>Deniz Yilmaz thesis describes a combination of orthogonal supramolecular interactions for the design of functional monolayer architectures on surfaces, that can be used as chemical and biosensors in a wide range of applications. The term orthogonal supramolecular interactions refers to non-covalent interactions that do not influence each others assembly properties. Orthogonal self-assembly thus allows extended control over the self-assembly process and promotes new materials properties. The first part of the thesis employs orthogonal host-guest and lanthanide-ligand coordination interaction motifs to create supramolecular luminescent monolayers. The second part of the thesis describes the fabrication of functional monolayers on silicon and gold substrates for applications in electronics.<br />The results illustrate the power of weak supramolecular interactions to direct the immobilization of functional systems on surfaces. The combination of host-guest and lanthanide-ligand coordination interaction motifs on surfaces demonstrates that hybrid, multifunctional supramolecular monolayers can be fabricated by integrating different non-covalent interactions in the same system. This combination opens up new avenues for the fabrication of complex hybrid organic-inorganic materials and stimuli-responsive surfaces. Their utility is demonstrated through applications of the functional interfaces to biosensing and nanotechnology.</p>...9783642302572_Springer Berlin Heidelberglibro_electonico_1402e8b5-95c1-3913-a91b-108dd1b4c043_9783642302572;9783642302572_9783642302572Mahmut DenizInglésMéxico2012-05-30T00:00:00+00:00Springer Berlin Heidelberg