The lattice dynamics of preferentially aligned nanocrystals formed upon drying of aqueous
Ba (NO 3) 2 solutions in a mesoporous silica glass traversed by tubular pores of …

Combining dielectric crystals with mesoporous solids allows a versatile design of functional
nanomaterials, where the porous host provides a mechanical rigid scaffold structure and the …

Structural, electronic and high-frequency dielectric properties of both the bulk crystal and the
ordered nanostructured metamaterials, nanolayers (NLs) and nanowires (NWs) of hydrogen …

Lead hydrogen arsenate PbHAsO 4 and lead hydrogen phosphate PbHPO 4, which can
form a continuous solid solution series, have been extensively studied owing to their …

Thermodynamic and dielectric properties of PbHPO 4 and PbHAsO 4 crystals are studied
using the pseudo-spin model for proton subsystem within a two-particle cluster …

A unified atomistic lattice dynamics model to be used for the investigation of dielectric
crystals having a network of hydrogen bonds is suggested. The model appropriately …

In this paper, the ferroelectric phase transition and dielectric properties in order-disorder
type PbHPO _ 4 PbHPO 4 crystal are theoretically investigated. We consider the two …

In this paper, the ferroelectric transition and dielectric properties of the lead monohydrogen
phosphate (PbHPO4) crystal are theoretically investigated. By using Green's function …

Lattice dynamics of hydrogen bonded representative of KH 2 PO 4 crystal family, LiH 2 PO 4,
was investigated within the first principles density functional theory. Phonon dispersion …

By using the statistical Green function theory and extended two sublattice pseudospin lattice
coupled mode model Hamiltonian for proton subsystem with mean field approximation on …