The Chemists Electronic Book of Orbitals [Paperback]

This CD-ROM and textbook package introduces chemistry students to the world of molecular orbitals using 3D and VRML representations. An overview of the basic chemistry and physics needed enables readers to move quickly onto the CD. The CD-ROM itself contains an extended interactive textbook and a broad selection of classical organic compounds and inorganic complex ligands complete with their orbitals. Moreover, interactive demonstrations allow students to alter relevant parameters and watch the change in the orbitals'characteristics or take a walk through this fascinating 3D world.For many years, Bill Jorgensen and Lional Salem's Organic Chemist's Book ofOrbitals was the standard work on qualitative MO-theory in Erlangen. It provided the basic principles as weH as MO-plots of exactly the orbitals that we needed to understand the effects that we were investigating. How? ever, 25 years after its publication, the Organic Chemist's Book of Orbitals is essentiaHy unknown to the current generation of chemistry students, although qualitative MO-theory has become a standard too1. This and the new technical possibilities made possible by the development of web browsers, VRML-viewers etc. suggested that the time is right to attempt a more modern version, this time called The Chemist's Electronic Book of Orbitals. The resulting book is a tribute to its predecessor and we hope that it will playa similar role as vanguard for a new generation of chem? istry publications in this area. The written text can be read alone, but is intended to be used in conjunction with the demonstrations and VRML? objects on the CD. The orbital plots can be rotated, displayed and printed as desired. We have designed The Chemist's Electronic Book of Orbitals to be accessed from a standard web-browser with VRML viewer and JAVA in order to avoid the need for extra software on the CD and to make it acces? sible from as many hardware platforms as possible. Many people have contributed to the success of l£$