Supramolecular chemistry : an introduction
Author(s)
Bibliographic Information
Supramolecular chemistry : an introduction
J. Wiley, c1991
- Other Title
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Supramolekulare chemie
Supramolekulare chemie. English
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Note
Includes bibliographical references and indexes
Description and Table of Contents
Description
The text is based on a series of lectures given at Bonn University and entitled "Modern Methods, Reactions and Structures in Organic Chemistry", "Recent Results and Problems in Organic Chemistry" and "New Molecules and Reactions in Organic, Bio-organic and Supramolecular Chemistry".
Table of Contents
- Supramolecular, bio-organic and bio-inorganic chemistry - supramolecular, bio-organic, bio-inorganic and bio-mometic chemistry, from molecular materials to supramolecular structures
- host-guest chemistry with cations and anions - bipyridine, crown ethers, cryptands, podands, spherands, the siderophores, the spherands
- bio-inorganic model compounds
- bio-organic model compounds - the selective complexation of topologically complementary organic molecules, the cyclodextrins, bio-organic molecular complexes
- clathrate inclusion compounds - the clathrates
- direct crystal formation with tailored additives - historical aspects, enantiospecific synthesis in crystals, the separation of enantiomers by crystallization in the presence of additives, the directed effect on the crystal habit, tailored etching additives for organic crystals, the "resorcinol" problem, concluding remarks and outlook
- photo-responsive host/guest systems - organic switches on the basis of azobenzene - azobenzene as a photo-switch, photo-controlled host systems based on azobenzene, concluding remarks
- liquid crystals - molecular order - and the consequences, chemical structure elements in liquid crystals, the application of liquid crystals, recent developments
- tensides, micelles, vesicles - preorganization of interface-active compounds - the effect of tensides on interfaces, micelles, layers, vesicles and other ordered aggregates, the cloud point
- organic semi-conductors, conductors and super-conductors - conducting charge-transfer complexes, the metal-to-insulator transition, super-conducting charge-transfer complexes, polymeric conductors, conducting polymeric metal/macrocycle complexes, information storage on a molecular level
- molecular wires, molecular rectifiers and molecular transistors - molecular wires, molecular rectifiers
- light-induced cleavage of water.
by "Nielsen BookData"
