Molecular Reactors and Machines: Applications, Potential, and Limitations

Date

2004

Authors

Easton, Christopher
Lincoln, Stephen F
Barr, Lorna
Onagi, Hideki

Journal Title

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Volume Title

Publisher

Wiley-VCH Verlag GMBH

Abstract

Molecular reactors are miniature vessels for the assembly of reactants at the molecular level, in order to change the nature of chemical transformations. It seems probable that those that will find most immediate applications are those that change product ratios or give products which would not readily form in the absence of the reactors, and thereby afford easy access to materials that are otherwise difficult to obtain. Molecular machines consist of interrelated parts with separate functions and perform some kind of work, at the molecular level. Practical examples are likely to be relatively uncomplicated and not based on individual functions of single-molecule devices. Instead they will probably rely on extensive redundancy of the molecular components and their interactions and reactions, as well as of the machines themselves.

Description

Keywords

Keywords: Machinery; Molecular dynamics; Redundancy; Molecular components; Molecular reactors; Chemical reactors; chemical modification; device; machine; molecular interaction; nanotechnology; reactor; review; synthesis Molecular devices; Molecular reactors; Nanotechnology; Scaffolds; Template synthesis

Citation

Source

Chemistry, A European Journal

Type

Journal article

Book Title

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