Zirconia markan grado uñt’at grado uñt’ayata .
Óxido de Yttrium ukaxa zirconia parcialmente estabilizada (Y-PSZ) ukampi luratawa.
Yttrium oxide partially stabilized zirconia (Y-PSZ) is doped with yttrium oxide (Y2O3) as a stabilizer, which enhances the internal grain structure and enhances the strength of the material from a monoclinic crystal to a tetragonal phase. It is a fine grain material with the highest bending strength of all ceramic materials. It has a very high impact resistance and wear resistance, while providing a low thermal conductivity, often making it a suitable material for alternative metals. The addition of yttrium oxide (Yttria) enables the material to transform and harden, which is responsible for the high toughness. When the material is stressed, the crystal structure changes from the tetragonal phase to a monoclinic phase becomes more dynamic, resulting in a 3% 5% increase in the highly localized volume. Increasing volume exposes the crack to compression, thus Jisk’achaña ch’amapa jiltaña ukhamaraki jilxatayaña juk’ampi ch’akhanakaru. Aka propiedad ukaxa qhananchawa jisk’a sensibilidad material ukaxa estrés de fatiga ukhamaraki jach’a ch’ama flexural.
Óxido de magnesio ukaxa zirconia parcialmente estabilizada (MSZ) ukampi luratawa.
Dopaje de óxido de magnesio (MGO) zirconia ukampi ukhamaraki compresión de la matriz interna, ukampisa, aka estructura ukaxa cúbica. M-PSZ ukaxa suma temperatura ukhamaraki humedad resistencia ukaniwa, kunatixa janiwa afectatakiti migración de fase. M-PSZ ukaxa mantiwa ch’amapa ukhamaraki mä medio ambiente alto-temperatura ukanxa kawkhantixa propiedades mecánicas de ysz ukaxa qalltaraki deteriorado
