Modern Cyclophane Chemistry

Here, the editors Rolf Gleiter and Henning Hopf present an excellent overview of all the important aspects and latest results in cyclophane chemistry. Clearly structured and covering the entire range, the book introduces readers to the most recent research in the field. Twenty chapters, written by well–known scientists, cover in particular: synthesis of carbo– and heterocyclic cyclophanes and metallocenophanesstructural and spectroscopic properties of cyclophanescurrent and future applications in synthesis and material sciencenovel reactions of cyclophanesuse of cyclophanes as building blocks in supramolecular chemistry
for this fascinating class of compounds
Thus, this is not only an extremely valuable source of information for synthetic organic chemists, but also a ready reference for scientists working in related fields of arene chemistry, stereoselective synthesis, material science, and biorganic chemistry.

Spis treści:
Preface.
List of Contributors.
1. Cyclophynes (Y. Tobe & M. Sonoda).
2. Hetera (Cyclo–)phanes (F. Vögtle, et al.).
3. Highly Strained Cyclophanes (T. Tsuji).
4. Superphanes (R. Gleiter & R. Roers).
5. Carbon–Bridged Ferrocenophanes (J. Park & T. Lee).
6. Endohedral Metal Complexes of Cyclophanes (R. Gleiter,  et al.).
7. Intramolecular Reactions in Cyclophanes (H. Hopf).
8. Reactive Intermediates from Cyclophanes (W. Sander).
9. X–Ray Crystal Structures of Porphyrinophanes as Model Compounds for Photoinduced Electron Transfer (H. Irngartinger & T. Oeser).
10. Ultraviolet Photoelectron Spectra of Cyclophanes (H. Muchall).
11. UV/Vis Spectra of Cyclophanes (P. Rademacher).
12. Electronic Circular Dichroism of Cyclophanes (S. Grimme & A. Bahlmann).
13. Fully Conjugated Beltenes (Belt–Like and Tubular Aromatics) (R. Herges).
14. Molecular Electrochemi stry of Cyclophanes (B. Speiser).
15. NMR Spectra of Cyclophanesn (L. Ernst and K.Ibrom).
16. Strained Heteroatom–Bridged Metallocenophanes (I. Manners & U. Vogel).
17. Cyclophanes as Templates in Stereoselective Synthesis (V. Rozenberg, et al.).
18. Vapor–Based Polymerization of Functionalized [2.2] Paracyclophanes: A Unique Approach towards Surface–Engineered Microenvironments (D. Kell, et al.).
19. From Cyclophanes to Molecular Machines (A. Flood, et al.).
20. Molecular Recognition Studies with Cyclophane Receptors in Aqueous Solutions (F. Diederich).
Subject Index.


Nota biograficzna:
Born in 1940, Henning Hopf is Director of the Institute for Organic Chemistry at the TU Braunschweig. After studying chemistry in Goettingen and at the University of Wisconsin in Madison, where he gained his doctorate 1967, he qualified as a professor in 1972 at the University of Karlsruhe. Three years later he was offered a chair at the University of Wuerzburg and from there followed an offer of a professorship at Braunschweig in 1979. His main areas of research concern hydrocarbon chemistry (alkines, allenes, cumulenes, aromats, cyclophanes, polyolefines, etc.) and mechanistic investigations of high–temperature reactions.
Rolf Gleiter is professor of chemistry at the Universität Heidelberg. He studied chemistry and finished his doctoral thesis under the supervision of F. Effenberger in Stuttgart in 1964. From 1965 – 1968 he did postdoctoral work in the US, one year with P. v. R. Schleyer at Princeton and two years with R. Hoffmann at Cornell. He completed his habilitation with E. Heilbronner in Basel in 1972. In 1973 he moved as full professor to TU Darmstadt. In 1979 he took his present position. R. Gleiter is interested in intra– and intermolecular bonding properties by synthesizing model systems and investigation of their interactions by physical mea surements supported by quantum chemical calculations.

Okładka tylna:
Here, the editors Rolf Gleiter and Henning Hopf present an excellent overview of all the important aspects and latest results in cyclophane chemistry. Clearly structured and covering the entire range, the book introduces readers to the most recent research in the field. Twenty chapters, written by well–known scientists, cover in particular: synthesis of carbo– and heterocyclic cyclophanes and metallocenophanesstructural and spectroscopic properties of cyclophanescurrent and future applications in synthesis and material sciencenovel reactions of cyclophanesuse of cyclophanes as building blocks in supramolecular chemistry
for this fascinating class of compounds
Thus, this is not only an extremely valuable source of information for synthetic organic chemists, but also a ready reference for scientists working in related fields of arene chemistry, stereoselective synthesis, material science, and biorganic chemistry.