Energy Efficient Electrical Steels: Proceedings of a SymposiumA. R. Marder, E. T. Stephenson |
Contents
The Relationship Between Structure Processing and Magnetic | 33 |
116 | 61 |
Magnetic Properties of Iron Alloys | 93 |
Copyright | |
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addition aging alloy amount analysis annealing application Area average calculated carbon cause changes coating coefficients Coercive Force cold rolling compacts component composition concentration containing continuous core loss cost decarburization decrease density depending determined developed diameter direction discussed domain ductility effect efficiency electrical steels energy equation equipment Figure flux fraction function further grade grain boundaries grain growth grain size heat higher hot rolled improved included increase induction Intercept Iron less levels lower magnetic magnetic properties material Mean measured motors non-oriented observed obtained occurs optimum oriented oxygen Percent permeability phosphorus Pore powder precipitates predicted present Processes properties range recrystallization reduced regression relative resistivity samples segregation sheet shown shows significant silicon steel Sintered slab specimens stress strip structure sulfur surface Table temperature texture thickness Trans transformers values variables