Electric charge : coulomb’s law ; Conductors and insulators; Capacitors ; Dielectrics and capacitance ; Dielectric polarizability ; Voltage ; Electric currents ; resistance and resistivity ; Semiconductors ; Superconductivity and superconductors ; Piezoelectricity ; Pyroelectricity ; Ferroelectricity -- Polymeric materials : Introduction ; Polymerization ; Molecular weights and molecular weight distributions ; Configuration ; Glass transition temperature and melting temperature ; Solutions of polymers ; Polymer compatibility ; Deformation behavior ; Polymeric foams ; Liquid crystals ; Nanocomposites ; Commercial polymers ; General technological characteristics of polymers ; Processing of polymers ; Adhesion and adhesives -- Polymers as electrical insulators : Dielectric constants of polymers ; Dielectric relaxation ; Tangent of dielectric loss angle ; Dielectric breakdown of polymers ; Static charges -- Specialty polymers : Intrinsically conductive polymers ; Ferroelectric polymers ; Thermotropic liquid crystal polymers ; Ionomers -- Commercial polymers in practical electrical and electronic applications : Polymeric materials used as insulators ; Wire and cable technology ; Other applications of polymers and polymer systems -- Applications of specialty polymers ; Applications of conjugated polymers ; Applications of ferroelectric polymers ; Applications of liquid crystal polymers ; Applications of ionomers ; Lithium ion polymer batteries -- Testing of electrical properties of polymers : Introduction ; Individual tests of electrical properties -- Current trends and developments : Molecular electronics ; Intelligent material systems ; Other developments and trends

1. Electronic apparatus and appliances -- Materials
2. Polymers