dielectriclecs

Dielectrics (HOME)

Lecture 1 (Polarisation review. Equivalent circuit model.)

Lecture 2 (Electronic, ionic and dipolar contributions. Relaxation mechanisms.)

Lecture 3 (The Debye Equations. Kramers-Kronig relations. Local field effects.)

Lecture 4 (Piezoelectrics.)

Lecture 5 (Ferroelectrics.)

Lecture 6 (Pyroelectrics.)