|
|
Overview |
|
|
Setting the Standards in Computational Chemistry Wiley is pleased to announce the Encyclopedia of Computational Chemistry, a milestone publication in this young and fascinating field. The Encyclopedia comprises over 300 articles written by more than 350 contributors. The publication treats all aspects of computational chemistry including ab initio and semiempirical methods, molecular orbital theory, density functional methods, classical mechanical (force field) techniques, molecular modelling, molecular dynamics and Monte Carlo simulations, databases, expert systems, synthesis planning, reaction planning, artificial methods, neural networks and quantitative structure-activity relationships. Both the methods themselves and important applications are described and comprehensive cross-referencing guides readers to related literature.
Each contribution has been carefully selected and reviewed through the collaborative efforts of
the Editors-in-Chief and appropriate members of the Editorial Board.
Computer methods are used to solve chemical problems which would be intractable or even
impossible via experimental methods. In its short thirty year history computational chemistry has
firmly established itself as a mainstay of modern industrial and academic chemistry and is now
acknowledged as a subdivision of chemistry, alongside the more traditional ones. The rapid
emergence of this discipline with applications throughout all areas of chemistry has impacted the
work of all chemists and significantly increased efficiency in a number of fields.
Encyclopedia of Computational Chemistry Images appearing on this website are courtesy of The Scripps Research Institute, La Jolla, CA, USA
|
||