tailieunhanh - Lecture Engineering electromagnetics: Magnetic forces and inductance - Nguyễn Công Phương

This chapter presents the following content: Force on a moving charge, force on a differential current element, force between differential current elements, force and torque on a closed circuit, magnetization and permeability, magnetic boundary conditions, the magnetic circuit, potential energy of magnetic fields, inductance and mutual inductance. | ĐÃụíõcỊ1 3MBACHiKHOA1HA NOI Nguyễn Công Phương Engineering Electromagnetics Magnetic Forces Inductance Contents I. Introduction II. Vector Analysis III. Coulomb s Law Electric Field Intensity IV. Electric Flux Density Gauss Law Divergence V. Energy Potential VI. Current Conductors VII. Dielectrics Capacitance VIII. Poisson s Laplace s Equations IX. The Steady Magnetic Field X. Magnetic Forces Inductance XI. Time - Varying Fields Maxwell s Equations XII. The Uniform Plane Wave XIII. Plane Wave Reflection Dispersion XIV. Guided Waves Radiation Magnetic Forces Inductance - site ncpdhbkhn 2 Magnetic Forces Inductance 1. Force on a Moving Charge 2. Force on a Differential Current Element 3. Force between Differential Current Elements 4. Force Torque on a Closed Circuit 5. Magnetization Permeability 6. Magnetic Boundary Conditions 7. The Magnetic Circuit 8. Potential Energy of Magnetic Fields 9. Inductance Mutual Inductance Magnetic Forces Inductance - site ncpdhbkhn