Most reactions in organic chemistry do not proceed in a single step but rather take several steps to yield the desired product. In the course of these multi-step reaction sequences, short-lived intermediates can be generated that quickly convert into other intermediates, reactants, products or side
Artificial Intelligence in Chemistry: Structure elucidation and simulation of organic reactions
β Scribed by ZdzisΕaw Hippe (Eds.)
- Publisher
- Academic Press, Elsevier
- Year
- 1991
- Leaves
- 274
- Series
- Studies in Physical and Theoretical Chemistry 73
- Category
- Library
No coin nor oath required. For personal study only.
β¦ Table of Contents
Content:
Studies in Physical and Theoretical Chemistry
Pages II,IIA
Front Matter
Page III
Copyright page
Page IV
Preface
Pages V-VII
Z. Hippe
Introduction
Pages 1-11
Chapter 1 - Historical and Bibliographical Remarks
Pages 15-25
Chapter 2 - Problem-Solving and Artificial Intelligence
Pages 27-40
Chapter 3 - Knowledge and State-Space Representation. Unordered Search Methods
Pages 41-64
Chapter 4 - Problem Reduction. Ordered Search Methods
Pages 65-80
Chapter 5 - Expert Systems
Pages 81-97
Part 2 - Introduction to Problem-solving in Structure Elucidation
Pages 99,101
Chapter 6 - Heuristic Interpretation of One Spectrum
Pages 103-131
Chapter 7 - Heuristic Interpretation of Set of Spectra
Pages 133-148
Part 3 - Introduction to Problem-solving in synthesis design
Pages 149,151
Chapter 8 - Basic Concepts in Computer-Assisted Design of Syntheses: Principal Components of CASD Systems
Pages 153-184
Chapter 9 - Structure Perception
Pages 185-228
Chapter 10 - Selection of Strategy in CASD. Evaluation of Reactions and Synthetic Pathways
Pages 229-246
Appendix A - Glossary of Terms
Pages 247-259
Appendix B - Compilation of References on Computer Systems for Structure Elucidation And Prediction of Organic Reactions
Pages 261-270
Indexes
Pages 271-278
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Covering virtually every useful chemical reaction, this revised reference work discusses scope, limitation and mechanism. The text is organized by reaction type in order to facilitate ease of use. It contains over 10,000 references.
Covering virtually every useful chemical reaction, this revised reference work discusses scope, limitation and mechanism. The text is organized by reaction type in order to facilitate ease of use. It contains over 10,000 references.
Covering virtually every useful chemical reaction, this revised reference work discusses scope, limitation and mechanism. The text is organized by reaction type in order to facilitate ease of use. It contains over 10,000 references.
xxxii, [2] 1164 pages : 27 cm
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