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In chemical reactions, the ene reaction (also known as the Alderene reaction, named after its discoverer Kurt Alder, for whom it was named in 1943) is a reaction between an alkene containing an allylic hydrogen (Len) and a molecule containing the molecule contains a multiple bond (the enophile), resulting in the formation of a multiple bond. The migration of an ENE double bond and an increase in the hydrogen shift of 1.5 creates a new hydrogen bond. It is a substituted alkene in which the double bond has been shifted to the allyl position as shown in the diagram that follows this procedure
Historical Distillates examines the history of the Chemistry Department at the University of Toronto from its beginnings in 1843, when it was housed in simple quarters in the Parliament Buildings on Front Street and had just one faculty member. During the founding era (1843-1920) three British gentlemen professors guided the department through four homes; between 1920 and 1960 three Canadian heads built a highly influential department. Since 1960 eight chairmen have effectively managed a growing and diverse department while it ventured into exciting new fields and emerging sub-disciplines. New colleges and a Nobel Prize have been highlights of the past two decades. With the completion of recent renovations and additions (such as the Davenport Research Building and Garden), with its distinguished faculty, top-rate staff, and excellent students, and with its dazzling array of equipment to support research, the department's future indeed looks bright.
Noting a marked lack of comprehensiveness and/or contemporaneity among typical reference works on chemical etymology, as well as a somewhat spotty coverage of chemical terms and their etymology in comprehensive dictionaries and textbooks the author decided to write an up-to-date desk reference on chemical etymology which would satisfy the needs of casual readers as well as those of more demanding users of etymological lore. Characteristic user-friendly features of the present work include avoidance of cumbersome abbreviations, avoidance of entries in foreign alphabets, and a broad coverage of all chemical disciplines including mineralogy. Biological, medical, geological, physical and mathema...
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Etymology of Chemical Names gives an overview of the development of the current chemical nomenclature, tracing its sources and changing rules as chemistry progressed over the years. This book is devoted to provide a coherent picture how the trivial and systematic names shall be used and how the current IUPAC rules help to reconcile the conflicting demands.