Dielectric Permittivity

Negative dielectric loss phenomenon in porous sol–gel glasses

Materials Engineering / Dielectric Spectroscopy / Non crystalline solids / Dielectric Properties / Experimental Study / Dielectric Loss / Dielectric Permittivity / Dielectric Loss / Dielectric Permittivity

Low loss high dielectric permittivity of polyvinylidene fluoride and K[sub x]Ti[sub y]Ni[sub 1−x−y]O (x=0.05, y=0.02) composites

Engineering / Applied Physics / Titanium / Mathematical Sciences / Thin Film / Physical sciences / Potassium / Composite Material / Temperature Dependence / Percolation threshold / Dielectric Loss / Dielectric Permittivity / Theoretical Model / Percolation Theory / Physical sciences / Potassium / Composite Material / Temperature Dependence / Percolation threshold / Dielectric Loss / Dielectric Permittivity / Theoretical Model / Percolation Theory

A hydrogeophysical synthetic model generator

Engineering / Earth Sciences / Modeling / Geometric model / Porosity / Computer Program / Electrical Conductivity / Model Generation / Dielectric Permittivity / Electric Conductivity / Unsaturated Zone / Computer Program / Electrical Conductivity / Model Generation / Dielectric Permittivity / Electric Conductivity / Unsaturated Zone

A hydrogeophysical synthetic model generator

Engineering / Earth Sciences / Modeling / Geometric model / Porosity / Computer Program / Electrical Conductivity / Model Generation / Dielectric Permittivity / Electric Conductivity / Unsaturated Zone / Computer Program / Electrical Conductivity / Model Generation / Dielectric Permittivity / Electric Conductivity / Unsaturated Zone

Negative dielectric loss phenomenon in porous sol–gel glasses

Materials Engineering / Dielectric Spectroscopy / Non crystalline solids / Dielectric Properties / Experimental Study / Dielectric Loss / Dielectric Permittivity / Kramers-Kronig / Dielectric Loss / Dielectric Permittivity / Kramers-Kronig

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