This book is an encyclopedic treatment of the chemical elements and compounds important for professionals and students in many areas of chemical manufacturing, academic and consulting communities. Chemicals are listed alphabetically in a descriptive format that highlights relevant information on physical, chemical and thermodynamic properties of chemicals, preparation methods, industrial applications, chemical analysis and toxic and hazardous properties. Synonyms, CAS registry numbers, brief history of discovery and natural presence are provided for many entries.
Handbook of Inorganic Chemistry Chemicals The goal is to give readers a single source of instant information on important aspects of each substance. In this sense, should serve as a manual and the free combination. Readers may note three unique features in this text. First, there is a substantive discussion of the chemical reactions of all the elements and many of its compounds, a practice now abandoned by most modern and reference manuals. Secondly, we present the analytical methods for the identification and measurement of virtually all inputs. In many cases, the method is based on my own research and experience. Third, a preparation method is given for all entries.
For most compounds, more than a preparatory method is presented, covering both laboratory and commercial production. In addition, a brief history of the discovery and early production of selected items is presented to serve as a context in which modern methods may be tried and maintained the historical perspective.
It's been a difficult task indeed for authors to select a limited number of compounds from more than one hundred thousand inorganic chemicals used in industry. Due to space limitations in the book, only a small number have been selected as main entries, but many more have been cited for each entry.
Handbook of Inorganic Chemistry Chemicals The goal is to give readers a single source of instant information on important aspects of each substance. In this sense, should serve as a manual and the free combination. Readers may note three unique features in this text. First, there is a substantive discussion of the chemical reactions of all the elements and many of its compounds, a practice now abandoned by most modern and reference manuals. Secondly, we present the analytical methods for the identification and measurement of virtually all inputs. In many cases, the method is based on my own research and experience. Third, a preparation method is given for all entries.
For most compounds, more than a preparatory method is presented, covering both laboratory and commercial production. In addition, a brief history of the discovery and early production of selected items is presented to serve as a context in which modern methods may be tried and maintained the historical perspective. It's been a difficult task indeed for authors to select a limited number of compounds from more than one hundred thousand inorganic chemicals used in industry. Due to space limitations in the book, only a small number have been selected as main entries, but many more have been cited for each entry.
