Technical Book: Magnetic Material Technology for Automotive Motor Development
CS3 *Available for preview.
Small, high-power, high-efficiency Nd magnet synchronous motor *Available for preview.
From the "Preface": As next-generation environmentally friendly vehicles, hybrid vehicles (HV), plug-in HVs, and electric vehicles (EV) are expected to become increasingly widespread in the future. Most of these drive motors utilize small, high-power, high-efficiency Nd magnet synchronous motors. Research on rare-earth-free drive motors is also active, but performance comparable to Nd magnet motors has not yet been achieved, and it is believed that the demand for Nd magnets in next-generation environmentally friendly vehicles will continue to expand. (The rest is omitted.)
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<Author> Hitoshi Yamamoto (Doctor of Engineering) Nd Magnet Consulting (NMC: Neodymium Magnet Consulting) / Former Chief Engineer at Hitachi Metals, NEOMAX Company Chikara Kaido (Doctor of Engineering) Professor, Department of Electrical and Electronic Engineering, Kitakyushu National College of Technology <Publication Date> April 16, 2010 <Format> B5 size, 87 pages <Price> 29,400 yen (including tax)
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29,400 yen (including tax)
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Chapter 1: Permanent Magnet Materials Centered on Sintered Nd Magnets 1. Overview of Nd Magnets and Market Trends 2. Recent Technical Challenges of Nd Magnets for Automotive Motors 3. Technical Considerations for Optimal Motor Design 4. Latest Development Trends of Post-Nd Magnets 5. Rare Earth Resource Issues 6. Current Status of Sintered Nd Magnet Patents (as of 2009) 7. Sintered Nd Magnets from China 8. High-Performance La, Co-based Ferrites 9, 12 9. IEC International Standards for Permanent Magnets Chapter 2: Soft Magnetic Materials Centered on Electrical Steel Sheets 1. Requirements for Cores in Motors for Electric Vehicles 2. Types and Performance of Soft Magnetic Materials for Cores 3. Considerations for Optimal Motor Design 4. Handling Considerations for Cores in Motor Production Processes 5. Future Developments of Core Technology for Improving Motor Performance
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