Self Assembly in Supramolecular Systems RSC [Hardcover]

Molecular self-assembly is a widespread phenomenon in both chemistry and biochemistry. Yet it was not until the rise of supramolecular chemistry that attention has increasingly been given to the designed self-assembly of a variety of synthetic molecules and ions. To a large extent, success in this area has reflected knowledge gained from nature. However, an increased awareness of the latent steric and electronic information implanted in individual molecular components has also contributed to this success. Whilst not yet approaching the sophistication of biological assemblies, synthetic systems of increasing subtlety and considerable aesthetic appeal have been created. Self-Assembly in Supramolecular Systems surveys highlights of the progress made in the creation of discrete synthetic assemblies and provides a foundation for new workers in the area, as well as background reading for experienced supramolecular chemists. ... an excellent introduction to this field ... should certainly appeal to the novice at an advanced level and may even serve as a basis for an introductory course on self-processes. This book surveys highlights of the progress made in the creation of discrete synthetic assemblies and provides a foundation for new workers in the area. ... useful and interesting reading to research workers in the field and to post-graduate and other advanced students. ... clearly written, well-documented and relatively easy to read given the great complexity of most of the species it discusses. Self-assembly: What Does it Mean?; Intermolecular Interactions: The Glue of Supramolecular Chemistry; Hydrogen-bonded and π-Stacked Systems; Rotaxanes; Catenanes; Metal-directed Synthesis - Rotaxanes, Catenanes, Helicates and Knots; Further Metal-containing Systems; Subject Index.Molecular self-assembly is a widespread phenomenon in both chemistry and biochemistry. Yet it was not until the rise of supramolecular chemistry that attention has increasingly been given to the desilƒ0