Permanent Magnet and Electromechanical Devices: Materials, Analysis, and Applications
Permanent Magnet and Electromechanical Devices: Materials, Analysis, and Applications
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发表时间：
2001-09
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通讯作者：
E. Furlani
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作者：
E. Furlani
材料简介材料分类材料原子磁矩单电子原子多电子原子顺磁铁磁静磁能退磁场各向异性磁晶各向异性形状各向异性磁滞软磁材料硬磁材料铁氧体铝锶钴钕铁硼粘结磁体磁化稳定性2.麦克斯韦方程导论麦克斯韦方程本构关系积分方程式边界条件麦克斯韦方程边界条件和力矩势准静态理论静磁场理论静磁场分析矢量力和麦克斯韦应力张量电感电流模型电荷模型力矩磁源边界值问题笛卡尔坐标柱坐标球坐标图像有限元分析有限差分法永磁体应用导论磁体结构矩形结构圆柱体结构高场结构磁闭锁磁悬浮磁齿磁耦合磁共振成像电子照相磁光记录自由电子激光器5.机电器件导论器件基础准静电场理论静止坐标系运动坐标系电气方程电路运动线圈机械方程静止电路运动线圈能量分析磁路驱动器轴向磁场执行器磁光偏置直线驱动器轴向偏置电机混合磁场有限元分析MEMS矢量分析笛卡尔坐标球坐标向量函数积分定理与恒等式坐标变换格林函数方程组欧拉法改进欧拉法龙格-库塔法
Preface 1. Materials Introduction Units Classification of Materials Atomic Magnetic Moments Single electron atoms Multielectron atoms Paramagnetism Ferromagnetism Magnetostatic Energy Demagnetization Field Anisotropy Magnetocrystalline Anisotropy Shape Anisotropy Domains Hysteresis Soft Magnetic Materials Hard Magnetic Materials Ferrites Alnico Samarium-Cobalt Neodymium-iron-boron Bonded Magnets Magnetization Stability 2. Review of Maxwell's Equations Introduction Maxwell's Equations Constitutive Relations Integral Equations Boundary Conditions Force and Torque Potentials Quasi-static Theory Static Theory Magnetostatic Theory Electrostatic Theory Summary 3. Field Analysis Introduction Magnetostatic Analysis Vector Potential Force and Torque Maxwell Stress Tensor Energy Inductance The Current Model The Charge Model Force Torque Magnetic Circuit Analysis Current Sources Magnet Sources Boundary-Value Problems Cartesian Coordinates Cylindrical Coordinates Spherical Coordinates Method of Images Finite Element Analysis Finite Difference Method 4. Permanent Magnet Applications Introduction Magnet Structures Rectangular Structures Cylindrical Structures High Field Structures Magnetic Latching Magnetic Suspension Magnetic Gears Magnetic Couplings Magnetic Resonance Imaging Electrophotography Magneto-Optical Recording Free-Electron Lasers 5. Electromechanical Devices Introduction Device Basics Quasi-static Field Theory Stationary Reference Frame Moving Reference Frames Electrical Equations Stationary Circuits Moving Coils Mechanical Equations Electromechanical Equations Stationary Circuits Moving Coils Energy Analysis Magnetic Circuit Actuators Axial-Field Actuators Resonant Actuators Magneto-Optical Bias Field Actuator Linear Actuators Axial-Field Motors Stepper Motors Hybrid Analytical-FEM Analysis Magnetic MEMS Vector Analysis Cartesian Coordinates Cylindrical Coordinates Spherical Coordinates Integrals of Vector Functions Theorems and Identities Coordinate Transformations Green's Function Systems of Equations Euler's Method Improved Euler Method Runge-Kutta Methods Units