Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approximately 600 nm exhibiting metastable tetragonal crystal structure at room temperature and novel methods of preparation. The ZrO.sub.2 particles are approximately 100% in the tetragonal phase at room temperature and can be pure and free of foreign oxides. The novel method can include mixing zirconium-alkoxide and an alcohol, forming preparation one, followed by separately dissolving completely de-ionized water and a polymeric steric stabilizer in an alcohol forming preparation two. Next the preparations can be mixed with vigorous stirring while subjecting the materials to hydrolysis and condensation reactions with very slow stirring. Next, ther...
We synthesize, for the first time, using sol-gel technique and without doping any trivalent impuriti...
A new and simple method has been developed to synthesize large quantities of highly monodisperse tet...
The synthesis of nanostructured zirconia particles from aqueous colloidal dispersion of zirconia (zi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Nanocrystalline as well as submicron-sized tetragonal-zirconia (ZrO2) particles have been successful...
Nanocrystalline as well as submicron-sized tetragonal-zirconia (ZrO2) particles have been successful...
International audienceTo understand the importance of the particle size on the stabilization of meta...
To understand the importance of the particle size on the stabilization of metastable tetragonal ZrO2...
To understand the importance of the particle size on the stabilization of metastable tetragonal ZrO2...
We synthesize, for the first time, using sol-gel technique and without doping any trivalent impuriti...
We synthesize, for the first time, using sol-gel technique and without doping any trivalent impuriti...
We synthesize, for the first time, using sol-gel technique and without doping any trivalent impuriti...
A new and simple method has been developed to synthesize large quantities of highly monodisperse tet...
The synthesis of nanostructured zirconia particles from aqueous colloidal dispersion of zirconia (zi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Novel, monodispersed, spherical ZrO.sub.2 particles in the size range of approximately 10 to approxi...
Nanocrystalline as well as submicron-sized tetragonal-zirconia (ZrO2) particles have been successful...
Nanocrystalline as well as submicron-sized tetragonal-zirconia (ZrO2) particles have been successful...
International audienceTo understand the importance of the particle size on the stabilization of meta...
To understand the importance of the particle size on the stabilization of metastable tetragonal ZrO2...
To understand the importance of the particle size on the stabilization of metastable tetragonal ZrO2...
We synthesize, for the first time, using sol-gel technique and without doping any trivalent impuriti...
We synthesize, for the first time, using sol-gel technique and without doping any trivalent impuriti...
We synthesize, for the first time, using sol-gel technique and without doping any trivalent impuriti...
A new and simple method has been developed to synthesize large quantities of highly monodisperse tet...
The synthesis of nanostructured zirconia particles from aqueous colloidal dispersion of zirconia (zi...