Structure/property regulation is widely investigated for providing theoretical foundations and
guidance for designing microwave dielectric ceramics. P–V–L bond theory targets the …

We review the key properties of Ca-doped LaNbO 4 (LCNO) and related materials for use as
proton conducting electrolyte, from the discovery of its proton conductivity, through …

Cathodes compatible with Ca-doped LaNbO 4 (LCNO) and the operation of a complete
proton conducting fuel cell based on this electrolyte are presented. The best performing …

The dependence of the bond characters and crystal structure on microwave dielectric
properties of NdNb 1-x (Mg 1/4 W 3/4) x O 4 (x= 0.02–0.06) solid solution ceramics is …

Coordination chemistry, bond state and vibrational spectrum of co-substituted microwave
dielectric NdNb 1-x (Zr 0.5 W 0.5) x O 4 ceramics (x= 0.01∼ 0.05) were investigated. Raman …

Water adsorption and decomposition on stoichiometrically perfect and oxygen vacancy
containing ZnGa2O4 (100),(110), and (111) surfaces were investigated through periodic …

In this work, we present an atomic scale study of the structural and chemical characteristics
of interfaces between Ni and LaNbO4 grains in Ni–LaNbO4 cermets, a model composite …

The surface exchange rates of H2 (g) on unsubstituted, Nd-substituted and Mo-substituted
lanthanum tungstates, Y-doped barium cerate, and Yb-doped strontium cerate have been …

A direct-doping method was tested to design new composite-glasses by incorporating
lanthanum niobate nanocrystals (NC) in tellurite glasses. NC powder were grinding with …

We employed the density functional theory to investigate the interaction of H2O with
Zn2GeO4 surfaces, considering both perfect and defective surfaces. The results revealed …