A self-contained discussion of magnetostatics with an emphasis on calculating magnetic fields, suitable for physics and electrical engineering undergraduates.
A self-contained discussion of magnetostatics with an emphasis on calculating magnetic fields, suitable for physics and electrical engineering undergraduates.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Richard C. Fernow received his PhD from Syracuse University for work on particle physics, and worked at Brookhaven National Laboratory. He contributed to the optimization of the coil design for collider magnets and made calculations of magnetic fields in solenoid channels. He is a member of the American Physical Society.
Inhaltsangabe
Preface 1. Basic concepts 2. Magnetic materials 3. Potential theory 4. Conductor-dominant transverse fields 5. Complex analysis of transverse fields 6. Iron-dominant transverse fields 7. Axial field configurations 8. Periodic magnetic channels 9. Permanent magnets 10. Time-varying fields 11. Numerical methods Appendices: A. Symbols and SI units B. Vector analysis C. Bessel functions D. Legendre functions E. Complex variable analysis F. Complete elliptic integrals Index.
Preface 1. Basic concepts 2. Magnetic materials 3. Potential theory 4. Conductor-dominant transverse fields 5. Complex analysis of transverse fields 6. Iron-dominant transverse fields 7. Axial field configurations 8. Periodic magnetic channels 9. Permanent magnets 10. Time-varying fields 11. Numerical methods Appendices: A. Symbols and SI units B. Vector analysis C. Bessel functions D. Legendre functions E. Complex variable analysis F. Complete elliptic integrals Index.
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