Electromagnetic Wave Theory
Four 1.5 hour lectures (lectures 19 to 22) on electromagnetic wave theory, antennas, and radar were presented in the classroom at MIT campus.
Lecture Date | Title | Lecturer | Brief Description | |||
April 25, 2013 | Dyadic and Scalar Green's Functions, Hertzian Dipole Antennas | Dr. Alan J. Fenn | The theory of Green's functions is used to determine the electromagnetic fields in the presence of source current distributions. The electromagnetic field theory for Hertzian electric and magnetic dipole antennas is described. | |||
April 30, 2013 | Electromagnetic Wave Polarization for Antennas, Linear Dipole Arrays | Dr. Alan J. Fenn | The theory of electromagnetic wave polarization of antennas is reviewed. The electromagnetic field theory for arrays of linear dipole antennas is described. | |||
May 2, 2013 | Linear Antennas and Arrays Including the Method of Moments | Dr. Alan J. Fenn | Linear antenna elements (dipoles and monopoles) and arrays including mutual coupling effects are described. | |||
May 7, 2013 | Phased Arrays and RADAR | Dr. Alan J. Fenn | Phased array antenna theory and architectures, including RADAR basics are described. |