The possibility of sintering Ce-TZP powder in a non-oxidizing atmosphere was experimentally studied. Microstructural analysis enabled to elucidate the observed difference in toughness obtained after sintering in different atmospheres.status: publishe
Y-TZP ceramics has outstanding mechanical properties and has been used for many engineering applicat...
Copper and manganese additives for pressureless sintering of Ce-TZP have been studied, the former be...
The fracture toughness and ageing resistance of yttria, ceria-stabilized tetragonal zirconia polycry...
The experimental observations during sintering of Ce-TZP ceramics in different atmospheres, includin...
Effect of Sintering temperature on the mechanical properties of four commerical Y-TZP powders have b...
Annealing of air-sintered fully dense Ce-TZP ceramics in argon resulted in the formation of a toughn...
The sinterability of three different commercially available 3 mol % Y-TZP powders was investigated. ...
Mixtures of 12 mol% CeO₂-stabilised ZrO₂ with 5 to 20 wt % Al₂O₃ were prepared and densified through...
The aim of this paper is to deepen the understanding of the influence of sintering atmosphere on the...
A pure coprecipitated 3 mol% Y-TZP powder was subjected to two calcination temperatures, 600° and 10...
The mechanical properties of ceramics with the compositions of 5 mol % YO,.s-TZP (ZY5) and 4 mol % Y...
In this work, we investigated the role of sintering atmosphere and temperature on low-temperature de...
Recent accreditation of titanium powder products for commercial aircraft applications marks a milest...
The hardness and toughness of ThO2 sintered under reducing and oxidizing conditions has been investi...
Compacts of ultrafine Y-TZP and YCe-TZP powders have been sinter forged under constant load at low t...
Y-TZP ceramics has outstanding mechanical properties and has been used for many engineering applicat...
Copper and manganese additives for pressureless sintering of Ce-TZP have been studied, the former be...
The fracture toughness and ageing resistance of yttria, ceria-stabilized tetragonal zirconia polycry...
The experimental observations during sintering of Ce-TZP ceramics in different atmospheres, includin...
Effect of Sintering temperature on the mechanical properties of four commerical Y-TZP powders have b...
Annealing of air-sintered fully dense Ce-TZP ceramics in argon resulted in the formation of a toughn...
The sinterability of three different commercially available 3 mol % Y-TZP powders was investigated. ...
Mixtures of 12 mol% CeO₂-stabilised ZrO₂ with 5 to 20 wt % Al₂O₃ were prepared and densified through...
The aim of this paper is to deepen the understanding of the influence of sintering atmosphere on the...
A pure coprecipitated 3 mol% Y-TZP powder was subjected to two calcination temperatures, 600° and 10...
The mechanical properties of ceramics with the compositions of 5 mol % YO,.s-TZP (ZY5) and 4 mol % Y...
In this work, we investigated the role of sintering atmosphere and temperature on low-temperature de...
Recent accreditation of titanium powder products for commercial aircraft applications marks a milest...
The hardness and toughness of ThO2 sintered under reducing and oxidizing conditions has been investi...
Compacts of ultrafine Y-TZP and YCe-TZP powders have been sinter forged under constant load at low t...
Y-TZP ceramics has outstanding mechanical properties and has been used for many engineering applicat...
Copper and manganese additives for pressureless sintering of Ce-TZP have been studied, the former be...
The fracture toughness and ageing resistance of yttria, ceria-stabilized tetragonal zirconia polycry...
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