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Solid calixarenes as receptors are characterised by phase transitions, which occur in binding of neutral molecules of guest compounds with the formation of clathrates or guest -- host intercalation compounds. The process of clathrate formation in the binding of a guest by a host is accompanied by a significant rearrangement of the packing of host molecules, and the result of this rearrangement can depend considerably on the molecular structure of the guest. This book presents and discusses research on the subject of solid-state complexation.
A growing interest has been devoted to the development of host systems for ionic and neutral species based on calixarenes. These cyclic oligomers show important host-guest properties, which has led to numerous applications in a broad range of fields, including organocatalysis, sensing, extraction and separation, and, more recently, biomedical applications. The relative ease of the functionalization of their upper and lower rims and the presence of a pre-organized cavity that is available in different sizes and conformations make calixarenes attractive building blocks for the construction of supramolecular assemblies. This book presents the most recent developments on the host-guest properties of calixarenes, as well as the new synthetic methods and applications.
"Calixarenes: An introduction 2nd Edition provides a concise overview of the field with particular attention to the historical development of calixarenes. Topics covered include: how to synthesize and functionalize calixarenes, examination of calixarenes properties, and applied uses of calixarenes." "This book contains extensive references to recent literature, offering the reader a valid presentation of information, and will be of immediate value to researchers, as well as graduates and professionals, who require a comprehensive introduction to the subject."--P. 4 of cover.
Calixarenes in Action is unique among books devoted to this interesting class of synthetic macrocycles. Rather than emphasizing the molecular properties of calixarenes, it covers in depth their supramolecular functions, enlightening the reader as to the peculiar features of calixarenes as hosts and as platforms for the synthesis of more complex receptors and catalysts. Topics covered in detail include the use of calixarenes in:molecular modeling of calixarenesnon-covalent interactionscrystal engineeringcation recognitionanion recognitionsupramolecular devicesnew materialsself-assembly processessupramolecular catalysisThe interest in calixarenes has grown tremendously in the last few years and this book reports, for each topic, the most recent literature critically evaluated by active researchers in the field. Calixarenes in Action is a valuable reference book for researchers in organic, inorganic, analytical and environmental chemistry and can serve as a graduate-level text for students of supramolecular science and technology.
This book provides a timely review of both the current state of knowledge and the exciting prospects offered by calixarenes in nanotechnology. The book incorporates several review articles defining the importance of calixarenes as reagents in nanochemistry. Calixarenes in the Nanoworld is designed for a broad audience of professionals in universities, research institutions, and industries engaged in the production of high-tech materials.
Calixarene chemistry, at the turn of the millennium, is a field approaching true maturity. In many areas, applications are real and important, and the arsenal of structures based on calixarenes provides tools effective in numerous areas of supramolecular chemistry. In this book, chapters contributed by a broad spectrum of international authors provide a variety of perspectives upon the progress and future of calixarene chemistry. Issues covered in depth include: Calixarene synthesis, with all its subtleties and sophistication. Forces at play in the inclusion of neutral and charged molecules by calixarenes. Theoretical analyses of calixarene properties. Dynamics and thermodynamics of calixarenes and their complexes. Nanocomposite construction based on calixarene aggregates. Calixarenes on surfaces. Analytical applications of calixarenes. Catalysis by calixarenes and their complexes. Resource recovery and waste treatment with calixarenes. New directions in calixarene chemistry. Hetero- and homo-calixarenes. Bioactive calixarenes. Coordination chemistry of calixarenes. Calixarenes in the solid state.
This book provides an account of the structure and properties of crystalline binary adducts. Such crystals are perhaps better known as molecular compounds and complexes and are estimated to make up one quarter of the world's crystals. More than 600 figures, 200 tables and 3500 references are included in the book.
Calixarenes was the first book to be published in the `Monographs in Supramolecular Chemistry' series and is also the first complete survey available of this rapidly developing field. It provides a fascinating and lively account of the history, development and applications of calixarenes, which are probably the world's most readily available synthetic molecular baskets. These basket shaped compounds possess the ability to hold metal ions, as well as molecules, in their interior and as a result of their extraordinarily easy synthesis from phenols and aldehydes are receiving increasingly wide attention. This book is a must for advanced undergraduates and post-graduates studying bio-organic and supramolecular chemistry.
Drawing on reports published since 2005, this book is the only one to cover the latest advances concerning the properties of calixarenes of various structures, while highlighting their future applications in science and new technologies. Clearly divided into three main topic areas, this monograph deals with the synthesis of new calixarenes and their functionalization, properties and applications of such related compounds as resorcinarenes, cavitands, and capsules, as well as practical applications of the species considered.