Lithium niobate (LN) has remained at the forefront of academic research and industrial
applications due to its rich material properties, which include second-order nonlinear optic …

The lithium-niobate-based waveguides have emerged as one of the key platforms for
enabling integrated optical technologies. The most common method for creating …

Ferroelectric domain structure has been formed under the action of electron beam scanning
in congruent lithium niobate single crystal covered by surface dielectric layer. The obtained …

The domain switching by ion beam irradiation of single-domain Y-cut plates of congruent
lithium niobate doped by 5 mol% MgO was studied. Dot irradiation resulted in the formation …

We have studied the domain forward growth (growth in polar direction) on the non-polar cut
of lithium niobate crystal as a result of focused ion beam irradiation. The nonlinear dose …

This article presents the experimental characteristics of charging lithium niobate and lithium
tantalate ferroelectrics under irradiation with wide electron and ion beams. Electron …

The formation of domain arrays and domain wall shape instability induced by ion beam
irradiation have been studied in congruent lithium tantalate crystal covered by dielectric …

We have studied the formation of isolated domains induced by ion beam irradiation in the
stoichiometric lithium niobate (SLN) single crystals covered by surface dielectric layer. The …

The integration of surface acoustic wave (SAW) technology with Lab-on-a-Chip (LOC)
devices has enabled powerful acoustic mechanisms for cell sorting, cell deflection, and …