Pure phase Bi1.6Y0.4-xNdxO3 solid solution with x = 0.00, 0.10 and 0.20 was successfully synthesised via conventional solid state method at 850°C in 21 h. The materials were refined and fully indexed with space group Fm-3m and lattice parameters, a ranging from 5.5124(1) Å to 5.5289(4) Å. Variation of the lattice parameters of these materials were found in an almost linear correlation with increasing Nd2O3 dopant concentration. Thermal analysis of Bi1.6Y0.4-xNdxO3 solid solution showed no thermal event that associated with any phase transition or weight loss within the studied temperature range of 35 to 900°C. The electrical properties of the samples were investigated by ac impedance analyser, HP4192 at temperature ranging from 25 to 800°C ...
In this study, after doping ytterbium oxide (Yb2O3) to a-bismuth trioxide (a-Bi2O3) in the range of ...
The total conductivity (sT) in the beta-phase and delta-Bi2O3 doped with Tb4O7 system was measured i...
Due to its superior ion conductivity, face–centered cubic–Bi2O3 (δ–phase) material has been recogniz...
Pure phase Bi1.6Y0.4-xNdxO3 solid solution with x = 0.00, 0.10 and 0.20 was successfully synthesised...
Single phase (Bi2O3)1−x(Y2O3)x samples with x = 0.15, 0.20, 0.30 and 0.40 were successfully synthesi...
Bismuth oxide based electrolytes are well known for their high oxide ion conductivity at intermediat...
In this study, after doping Yb2O3 substance to alpha -Bi2O3 substance in the range of 1% a parts per...
In this study, after doping Yb2O3 substance to alpha -Bi2O3 substance in the range of 1% a parts per...
In this study, after doping Yb2O3 substance to alpha -Bi2O3 substance in the range of 1% a parts per...
WOS:000320280500020In this study, after doping Yb2O3 substance to alpha -Bi2O3 substance in the rang...
In this study, after doping Yb203 substance to a-Bi203 substance in the range of 1% 3 system was mea...
WOS: 000339599400015gamma-phase bismuth oxide is a well known high oxygen ion conductor and can be u...
WOS: 000339599400015gamma-phase bismuth oxide is a well known high oxygen ion conductor and can be u...
?-phase bismuth oxide is a well known high oxygen ion conductor and can be used as an electrolyte fo...
PhDBismuth oxide based electrolytes are well known for their high oxide ion conductivity at intermed...
In this study, after doping ytterbium oxide (Yb2O3) to a-bismuth trioxide (a-Bi2O3) in the range of ...
The total conductivity (sT) in the beta-phase and delta-Bi2O3 doped with Tb4O7 system was measured i...
Due to its superior ion conductivity, face–centered cubic–Bi2O3 (δ–phase) material has been recogniz...
Pure phase Bi1.6Y0.4-xNdxO3 solid solution with x = 0.00, 0.10 and 0.20 was successfully synthesised...
Single phase (Bi2O3)1−x(Y2O3)x samples with x = 0.15, 0.20, 0.30 and 0.40 were successfully synthesi...
Bismuth oxide based electrolytes are well known for their high oxide ion conductivity at intermediat...
In this study, after doping Yb2O3 substance to alpha -Bi2O3 substance in the range of 1% a parts per...
In this study, after doping Yb2O3 substance to alpha -Bi2O3 substance in the range of 1% a parts per...
In this study, after doping Yb2O3 substance to alpha -Bi2O3 substance in the range of 1% a parts per...
WOS:000320280500020In this study, after doping Yb2O3 substance to alpha -Bi2O3 substance in the rang...
In this study, after doping Yb203 substance to a-Bi203 substance in the range of 1% 3 system was mea...
WOS: 000339599400015gamma-phase bismuth oxide is a well known high oxygen ion conductor and can be u...
WOS: 000339599400015gamma-phase bismuth oxide is a well known high oxygen ion conductor and can be u...
?-phase bismuth oxide is a well known high oxygen ion conductor and can be used as an electrolyte fo...
PhDBismuth oxide based electrolytes are well known for their high oxide ion conductivity at intermed...
In this study, after doping ytterbium oxide (Yb2O3) to a-bismuth trioxide (a-Bi2O3) in the range of ...
The total conductivity (sT) in the beta-phase and delta-Bi2O3 doped with Tb4O7 system was measured i...
Due to its superior ion conductivity, face–centered cubic–Bi2O3 (δ–phase) material has been recogniz...