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Electromagnetic Theory
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Learning Material
Title
Volume
Electrostatics: Covers the basics of electric fields, Gauss's law, electric potential, and capacitance.
5.89 MB
<p>Electrostatics: Covers the basics of electric fields, Gauss's law, electric potential, and capacitance.</p>
Magnetostatics: Focuses on magnetic fields, Ampère's law, magnetic materials, and inductance.
5.89 MB
<p>Magnetostatics: Focuses on magnetic fields, Ampère's law, magnetic materials, and inductance.</p>
Electromagnetic Waves: Introduces Maxwell's equations, electromagnetic wave equations, and the speed of light.
5.89 MB
<p>Electromagnetic Waves: Introduces Maxwell's equations, electromagnetic wave equations, and the speed of light.</p>
Electromagnetic Radiation: Covers topics related to the propagation and behavior of electromagnetic waves in various media.
5.89 MB
<p>Electromagnetic Radiation: Covers topics related to the propagation and behavior of electromagnetic waves in various media.</p>
Waveguides and Transmission Lines: Explores the principles of transmission lines and waveguides for guiding and propagating electromagnetic waves.
5.89 MB
<p>Waveguides and Transmission Lines: Explores the principles of transmission lines and waveguides for guiding and propagating electromagnetic waves.</p>
Antennas and Radiation: Discusses antenna theory, radiation patterns, and antenna design.
5.89 MB
<p>Antennas and Radiation: Discusses antenna theory, radiation patterns, and antenna design.</p>
Electromagnetic Fields in Matter: Examines the behavior of electromagnetic fields in different materials, including dielectrics and conductors.
5.89 MB
<p>Electromagnetic Fields in Matter: Examines the behavior of electromagnetic fields in different materials, including dielectrics and conductors.</p>
Electromagnetic Potentials and Fields in Special Relativity: Introduces the concepts of electromagnetic potentials and their transformation in special relativity.
5.89 MB
<p>Electromagnetic Potentials and Fields in Special Relativity: Introduces the concepts of electromagnetic potentials and their transformation in special relativity.</p>
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