Titlebook: Synthetic Molecular Sequences in Materials Science; Kentaro Tashiro Book 2023 National Institute for Materials Science, Japan 2023 Molecul

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TOM

Introduction to the Science of Molecular Sequences,molecular/supramolecular levels. Considering the on-going emergence of a new area of science, this monograph is written for readers to have a good understanding of the state-of-the-art structural accessibility, characteristic features, and future potentials of synthetic molecular sequences.

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Harridan

Synthetic Strategies of Molecular Sequences Linked with Static Bonds, linkages, as in the case of the replication of DNA/RNA in nature. Moreover, polymerization of the corresponding pre-prepared short sequence has been proven to be effective for the synthesis of periodic sequences.

Dorsal

Future Perspectives: Sequence-Based Point of View in Materials Science,es that are expected to bring specific outcomes include not only those working as tandem catalysts or molecular robotics, but also those having an unprecedented sequence pattern such as that of the Fibonacci sequence.

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Mucosa

Introduction to the Science of Molecular Sequences,ature, demonstrating that it is the molecular design strategy of nature to create structures of great diversity effectively. In contrast, that strategy has not been popular for a long time in the design of synthetic compounds, owing to the difficulty in the actual synthesis of the designed structure

Restenosis

Synthetic Strategies of Molecular Sequences Linked with Static Bonds,ld be generally important to control the order of the bond-forming reactions between the monomeric components. This requisite is typically fulfilled through the sequential addition of monomers to the reaction mixture, as exemplified in the solid-phase synthesis of biological and non-biological seque

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Indigence

Outcomes from Synthetic Molecular Sequences in Materials Science,ic and discrete systems. Examples include improvement of the performance of charge-carrier transport materials by optimizing the sequences at the molecular and supramolecular levels, fabrication of porous materials with superior properties by sophisticatedly controlling the domain segregation in the