The solubility of Fe in CeO2 was investigated for 3-50 mol % Fe. Powders were synthesized by the Pechini method in air. Raman spectroscopy and lattice parameter analysis revealed that the solubility limit of Fe in CeO2 is less than 3 mol % for the present preparation conditions. The low solubility limit was rationalized in terms of the much smaller ionic radius of Fe versus Ce. As a consequence, an approach to increase the Fe radii size through annealing in reducing conditions (humidified H2 at 1100 ℃) was attempted. In this case, the more stable CeFeO3 phase was observed by XRD, thereby indicating difficulty in obtaining Fe doped CeO2 under reducing conditions, as well
The present study reports the effect of Fe-doping on the structural, optical, magnetic and electroni...
The solid solutions of CeO2 with one or more rare-earth oxides among Yb2O3, Sm2O3, and Gd2O3 are syn...
We have measured the Raman scattering and magnetization of pure and Fe2+(Fe3+) doped CeO2 nanopowder...
The solubility of Mn in CeO2 was investigated for 3-50 mol % Mn. Powders were synthesized by the Pec...
The nanopowdery solid solutions of multidoped ceria Ce0.8Nd0.0025Sm0.0025Gd0.005Dy0.095Y0.095O2-δ (x...
International audienceCe and Fe are the main metal additives which have been tested by many laborato...
The nanopowdery solid solutions of multidoped ceria Ce0.8Nd0.0025Sm0.0025Gd0.005Dy0.095Y0.095O2 (del...
Influence of synthesis conditions (type of atmosphere: reduction or oxidation, annealing temperature...
International audienceThe Ce1–xFexO2–x/2 solid solution was synthesized using a microwave-assisted h...
Nanopowdered solid solution Ce(1-x)Fe(x)O(2-delta) samples (0 LT = x LT = 0.1) were synthesized by a...
CeO2 samples prepared by three technological procedures from the same cerium source, namely cerium (...
Cerium oxide solid samples were prepared via precipitation from aqueous solution of hydrous cerium(I...
Fine particles of cerium substituted hematite with different compositions were prepared by the sol-g...
In this study, we examined the impact of iron doping on the structural, chemical, and magnetic prope...
Ultrafine 5 nm ceria isotropic nanoparticles were prepared using the rapid chemical precipitation ap...
The present study reports the effect of Fe-doping on the structural, optical, magnetic and electroni...
The solid solutions of CeO2 with one or more rare-earth oxides among Yb2O3, Sm2O3, and Gd2O3 are syn...
We have measured the Raman scattering and magnetization of pure and Fe2+(Fe3+) doped CeO2 nanopowder...
The solubility of Mn in CeO2 was investigated for 3-50 mol % Mn. Powders were synthesized by the Pec...
The nanopowdery solid solutions of multidoped ceria Ce0.8Nd0.0025Sm0.0025Gd0.005Dy0.095Y0.095O2-δ (x...
International audienceCe and Fe are the main metal additives which have been tested by many laborato...
The nanopowdery solid solutions of multidoped ceria Ce0.8Nd0.0025Sm0.0025Gd0.005Dy0.095Y0.095O2 (del...
Influence of synthesis conditions (type of atmosphere: reduction or oxidation, annealing temperature...
International audienceThe Ce1–xFexO2–x/2 solid solution was synthesized using a microwave-assisted h...
Nanopowdered solid solution Ce(1-x)Fe(x)O(2-delta) samples (0 LT = x LT = 0.1) were synthesized by a...
CeO2 samples prepared by three technological procedures from the same cerium source, namely cerium (...
Cerium oxide solid samples were prepared via precipitation from aqueous solution of hydrous cerium(I...
Fine particles of cerium substituted hematite with different compositions were prepared by the sol-g...
In this study, we examined the impact of iron doping on the structural, chemical, and magnetic prope...
Ultrafine 5 nm ceria isotropic nanoparticles were prepared using the rapid chemical precipitation ap...
The present study reports the effect of Fe-doping on the structural, optical, magnetic and electroni...
The solid solutions of CeO2 with one or more rare-earth oxides among Yb2O3, Sm2O3, and Gd2O3 are syn...
We have measured the Raman scattering and magnetization of pure and Fe2+(Fe3+) doped CeO2 nanopowder...