Inorganic and physical aspects of inclusion
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Bibliographic Information
Inorganic and physical aspects of inclusion
（Inclusion compounds / edited by J.L. Atwood, J.E.D. Davies, D.D. MacNicol, v. 5）（Oxford science publications）
Oxford University Press, 1991
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Description and Table of Contents
Description
The rapid growth of interest in inclusion chemistry was highlighted recently by the award of the 1987 Nobel prize for chemistry to Professors D.J. Cram, J-M. Lehn, and C.J. Pedersen. The principal aim of Inclusion Compounds is to provide a comprehensive and up-to-date survey of the field of inclusion chemistry. In-depth coverage of subjects has been achieved by inviting the leading international authorities to write on their particular fields of interest:
their contributions include detailed descriptions of the design, synthesis, and structure of organic host molecules, molecular recognition and complexation, and host-guest interactions.
Inclusion Compounds, Volume Five is complete in itself as a reference work on inorganic and physical aspects of inclusion phenomena.
Table of Contents
- H. Gies: Clathrasils and zeosils: inclusion compounds with silica host frameworks
- J.A. Ripmeester & C.I. Ratcliffe: Solid state NMR studies of inclusion compounds
- N. Herron: Catalytic aspects of inclusion in zeolites
- J.M. Thomas: The structural chemistry and reactivity of organic guests in layered aluminosilicate hosts
- G. Albertini & U. Constantino: Intercalates of zirconium phosphates and phosphonates
- T. Iwamoto: Inclusion compounds of multi-dimensional cyanometal complex hosts
- Y.A. Dyadin, I.V. Bondaryuk, & F.V. Zhurko: Clathrate hydrates at high pressures
- D.H. Busch & N.A. Stephenson: The transition metal cyclidenes: a broad family of complexes well suited to inclusion chemistry
- K. Harata: Recent advances in the x-ray analysis of Cyclodextrin complexes
- J.C. Lockhart: Chemical sensors.
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