Database of Palladium Chemistry: Reactions, Catalytic Cycles, and Chemical Parameters, CD-ROM Version 1.0 contains 3500 reactions, 85 types of mechanisms, as well as the chemical parameters related to them. Theauthors have not only collected the data and put it in a searchable format--they have also classified all the reactions according to the mechanism, i.e. the catalytic cycle. This database is easily accessible and of enormous value because it can be searched from the point of view of the reagents, the reaction products, or the underlying mechanism. For each type of mechanism, the search can be done by author name, periodic structure, substructure, solvent, or catalyst ligand.
The database will be more than a collection of data. With approximately 500–700 reactions added each year, the CD-ROM will be a source of inspiration to synthetic chemists, helping them choose the best mechanism for the reaction they want to achieve.
Key Features
* Contains 3500 reactions, 85 types of mechanisms, as well as the chemical parameters related to them
* Includes approximately 500–700 new reactions added each year
* Presents all the information scattered in years of literature in a single, easily searchable tool
* Search by reagents, the reaction products, or the underlying mechanism
* Within each mechanism, search by author name, periodic structure, substructure, solvent, or catalyst ligand
The database will be more than a collection of data. With approximately 500–700 reactions added each year, the CD-ROM will be a source of inspiration to synthetic chemists, helping them choose the best mechanism for the reaction they want to achieve.
Key Features
* Contains 3500 reactions, 85 types of mechanisms, as well as the chemical parameters related to them
* Includes approximately 500–700 new reactions added each year
* Presents all the information scattered in years of literature in a single, easily searchable tool
* Search by reagents, the reaction products, or the underlying mechanism
* Within each mechanism, search by author name, periodic structure, substructure, solvent, or catalyst ligand
