La 2(Mo 1 - xM x) 2O 9 (M = Nb, Ta; 0 < x ≤ 0.2) solid solutions were prepared, and their physicochemical and electrical properties were studied. Second harmonic generation measurements indicate that the solid solutions have a noncentrosymmetric structure and undergo a structural phase transition accompanied by a sharp increase in ionic conductivity, similar to that of La 2Mo 2O 9. The transition temperature is found to decrease with increasing Nb or Ta content. The introduction of 5 wt % Nb increases the 800°C conductivity of the material
The aim of this work was to determine structural parameters of the Y10-xLaxW2O21 (x=0-10) solid solu...
La2Mo2O9, as a new fast ionic conductor, has been investigated widely due to its high ionic conducti...
The formation and structure features (crystal parameters, lithium nonstoichiometry) of the perovskit...
La 2(Mo 1 - xM x) 2O 9 (M = Nb, Ta; 0 < x ≤ 0.2) solid solutions were prepared, and their physico...
A new series of La2Mo2O9-based oxides of the general formula La2Mo2-xNbxO9-delta, where x <= 0.4, wa...
Lanthanum molybdenum oxide, La2Mo2O9 has been well studied since the first report of its high oxide ...
© 2015 Elsevier B.V. All rights reserved.Synthesis of La3Ni2NbO9 and La3Ni2TaO9 double perovskite ma...
The new compounds La2-xCaxMo1.7W0.3O9-delta (0 <= x <= 0.2) in which La3+ substituted with Ca2+ were...
An oxide ion conducting material, La1.94Ba0.06Mo2O9, with ionic conductivity of the order of 0.084 S...
To identify the ionic conductivity mechanism of Nb(+5)-substituted La(2)Mo(2)O(9), an ion dynamic st...
The solid solutions of lanthanum niobates substituted by yttrium, bismuth and tungsten were synthesi...
New series of oxides, La3MMo2O12 (M = In, Ga and Al), have been prepared by the solid-state reaction...
The structure of a series of new ionic conductors based in lanthanum molybdate (La2Mo2O9) has been i...
La5.4MoO11.1 proton conductors with different metal doping (Ca2+, Sr2+, Ba2+, Ti4+, Zr4+, and Nb5+) ...
International audienceDifferential thermal analysis coupled to temperature-controlled diffraction ha...
The aim of this work was to determine structural parameters of the Y10-xLaxW2O21 (x=0-10) solid solu...
La2Mo2O9, as a new fast ionic conductor, has been investigated widely due to its high ionic conducti...
The formation and structure features (crystal parameters, lithium nonstoichiometry) of the perovskit...
La 2(Mo 1 - xM x) 2O 9 (M = Nb, Ta; 0 < x ≤ 0.2) solid solutions were prepared, and their physico...
A new series of La2Mo2O9-based oxides of the general formula La2Mo2-xNbxO9-delta, where x <= 0.4, wa...
Lanthanum molybdenum oxide, La2Mo2O9 has been well studied since the first report of its high oxide ...
© 2015 Elsevier B.V. All rights reserved.Synthesis of La3Ni2NbO9 and La3Ni2TaO9 double perovskite ma...
The new compounds La2-xCaxMo1.7W0.3O9-delta (0 <= x <= 0.2) in which La3+ substituted with Ca2+ were...
An oxide ion conducting material, La1.94Ba0.06Mo2O9, with ionic conductivity of the order of 0.084 S...
To identify the ionic conductivity mechanism of Nb(+5)-substituted La(2)Mo(2)O(9), an ion dynamic st...
The solid solutions of lanthanum niobates substituted by yttrium, bismuth and tungsten were synthesi...
New series of oxides, La3MMo2O12 (M = In, Ga and Al), have been prepared by the solid-state reaction...
The structure of a series of new ionic conductors based in lanthanum molybdate (La2Mo2O9) has been i...
La5.4MoO11.1 proton conductors with different metal doping (Ca2+, Sr2+, Ba2+, Ti4+, Zr4+, and Nb5+) ...
International audienceDifferential thermal analysis coupled to temperature-controlled diffraction ha...
The aim of this work was to determine structural parameters of the Y10-xLaxW2O21 (x=0-10) solid solu...
La2Mo2O9, as a new fast ionic conductor, has been investigated widely due to its high ionic conducti...
The formation and structure features (crystal parameters, lithium nonstoichiometry) of the perovskit...