http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
In this book, the authors have attempted to present many aspects of electrical steels technology. These range from how their magnetic properties are determined by fundamental principles of magnetism and metallurgical features to their influence on the performance of rotating electrical machines and transformers. This should cater for readers, who might be involved in material production, to appreciate how steels have to respond to large differences of localised magnetisation conditions in electrical machine cores. Equally, it should satisfy readers involved in electrical machine manufacture, or operation, who need to understand magnetic factors which should be taken into account in the choice and use of the materials. Although the book only touches on commercial issues of the production and use of electrical steels, it should be noted that the industry is in a state of flux. For political or financial reasons, over the last few years the number of producers has dropped significantly and others are merging or restructuring. However, the demand for high quality electrical steel is set to continue to increase in the future, with increased emphasis being placed on the best grades.
Anthony Moses; Philip Anderson; Keith Jenkins; Hugh Stanbury.