tailieunhanh - Lecture Engineering electromagnetics: Time – Varying fields and Maxwell’s equations - Nguyễn Công Phương

Lecture Engineering electromagnetics: Time – Varying fields and Maxwell’s equations presents the following content as: Faraday’s law, displacement current, Maxwell’s equations in point form, Maxwell’s equations in integral form, the retarded potentials. | Engineering Electromagnetics Time - Varying Fields Maxwell s Equations 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 Time -Varying Fields Maxwell s Equations - site ncpdhbkhn 2 I Jl Cl EHU BÁCH KHOMHftW Time - Varying Fields Maxwell s Equations 1. Faraday s Law 2. Displacement Current 3. Maxwell s Equations in Point Form 4. Maxwell s Equations in Integral Form 5. The Retarded Potentials Time -Varying Fields Maxwell s Equations - site ncpdhbkhn

• Điện - Điện tử
• Engineering electromagnetics
• Lecture Engineering electromagnetics
• Maxwell’s equations
• Faraday’s law
• Displacement current
• Coulomb’s law
• Electric field intensity
• Field of a line charge
• Field of a sheet charge
• Current density
• Metallic conductors
• Conductor properties
• Method of images
• Dielectric materials
• Estimate capacitance
• Field sketches
• Perfect dielectric materials
• Electric field
• Potential field
• Point charge
• Energy density
• Potential gradient
• Electric flux density
• Gauss’ law
• Divergence theorem
• Maxwell’s first equation
• Vector analysis
• Rectangular coordinate system
• Circular cylindrical coordinate system
• Spherical coordinate system
• Magnetic forces
• Magnetic circuit
• Potential energy
• Magnetic fields
• Plane wave reflection
• Uniform plane waves
• Standing wave ratio
• Plane wave propagation
• Laplace’s equations
• Poisson’s equations
• Iteration method
• Uniqueness theorem
• Steady magnetic field
• Ampere’s circuital law
• Stokes’ theorem
• Magnetic flux density
• Uniform plane wave
• Wave propagation
• Wave propagation in dielectrics
• Wave polarization
• Advanced engineering electromagnetics
• Electromagnetic fields
• Electromagnetic theorems
• Wave equation and its solutions
• Rectangular waveguide
• Circular cross section waveguides
• Spherical transmission lines
• Integral equations
• Wedge with impedance surfaces
• Magnetostatic
• Applied Electrostatics
• Transmission Lines
• Representative Types
• Magnetostatics
• Electromagnetic Induction
• Antennas
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