Within the last ten years, due to the advent of ferrites important new possibilities in inductor design have materialized.
The ferromagnetic Faraday effect occurs at microwave frequencies as a direct result of the dispersion in permeability which is associated with ferromagnetic resonance.
Raman spectra of both nominally pure and deliberately doped KTa0(3) are presented which support the view that symmetry breaking defects induce ferroelectric microregions even far above the bulk T(c
While polymeric materials are generally electrically passive, a number of electroactive polymers are now in existence.
The copolymer of vinylidene fluoride and trifluoroethylene having a composition of 78.5/21.5 mol% was found to be compatible with poly(methyl methacrylate), PMMA, in the melt state.
We report the first D-E hysteresis measurements of perdeuterated poly(vinylidene fluoride), D-PVF sub 2, a newly synthesized polymer which has fewer chemical defects compared to any commercially av
Lead tungsten oxyfluoride, Pb sub 5 W sub 3 O sub 9 F sub (10), is a new ferroelectric nonlinear optic material.
The ferroelectric switching behavior of the chiral smectic C, smectic I and the non-chiral smectic J phases has been investigated in the material R-(-)-4-n-hexyloxybenzylidene 4'-amino-(2-chloropro
The alternating copolymer of vinylidenecyanide and vinyl acetate is the first amorphous polymer to show a combination of excellent properties among the several known piezoelectric polymers, e.g.,
Tungsten-bronze type Na sub (13) Nb sub (35) O sub (94) is predicted, on the basis of previously determined atomic coordinates, to be ferroelectric with a transition temperature of about 340K to a
