Effect of Electric Field on Phase Separation of Glass

Nanoprofiling of alkali-silicate glasses by thermal poling

“…In the case of GMN spatial resolution as high as 150 nm has been registered [12]. Thermal poling of glasses can result in local modification of electrical [13], optical [1,8], chemical [14] and other characteristics [15][16][17] of their subanodic region with the same resolution. Generally, the most of materials possessing ionic conductivity can be thermally poled.…”

Nucleation of plasmonic resonance nanoparticles

“…[1][2][3][4] The phenomenon is typically attributed to the lowering of the nucleation barrier by the field-induced polarization of the new phase particle. Similar observations have been reported for nanoparticles of various shapes.…”

Crystallization behavior and magnetic properties of amorphous B-rich NdFeB alloy in presence of an external electric field

“…A sufficiently strong electric field can induce a cholesteric-to-nematic phase transformation in liquid crystalline polymers. The phase separation kinetics due to an applied electric field was first reported for oxide glasses by de Vekey and Majumdar [9]. Subsequently, Liu et al systematically studied the effect of an electric field on the phase separation of glasses [10].…”