Publications

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

The relationships among magnetism, lattice modulation, and dielectric properties have been investigated for RMnO3 (R=Eu- Dy).

We investigate the relationships among magnetic, dielectric, and ferroelectric properties of a frustrated spin system MnWO4, which undergoes several magnetic phase transitions including a commensur

T ? O R precisely evaluating the performance of communication circuits containing ferromagnetic materials, methods for taking into account the non-linear effects of these materials are needed.

We investigate the range of values of the uniaxial surface anisotropy k sub s that lead to the formation of domains in an atomic monolayer of ferromagnetically coupled spins.

There is great interest both in the magnetic recording and wireless phone industries in the development of magnetic films with permeabilities that reach out into the GHz frequencies.

We report the long range magnetic order of the inter magnetic rare earth Gd-Dy superlattice, where each bilayer period contains ferromagnetic Gd planes followed by helimagnetic Dy planes.