A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DAMAGE-RESISTANT ZIRCONIA SINTERED BODY WITH HIGH STRENGTH, HIGH TOUGHNESS AND ANTIBACTERIAL PROPERTIES
A method that includes: (a) ceramic injection molding a granulated mixture of yttria-stabilized zirconia powder and a thermoplastic organic binder resulting in an injection molded ceramic body; (b) heat treating the injection molded ceramic body under conditions sufficient for removing the thermoplastic organic binder from the injection molded body; (c) applying a solution to the injection molded ceramic body, the solution comprising a tantalum-containing material, a niobium-containing material, or a mixture of a tantalum-containing material and a niobium-containing material and penetrating at least a portion of the injection molded ceramic body with the solution; (d) sintering the injection molded ceramic body; and (e) hot isostatically pressing the sintered injection molded ceramic body.
DAMAGE-RESISTANT ZIRCONIA SINTERED BODY WITH HIGH STRENGTH, HIGH TOUGHNESS AND ANTIBACTERIAL PROPERTIES
A method that includes: (a) ceramic injection molding a granulated mixture of yttria-stabilized zirconia powder and a thermoplastic organic binder resulting in an injection molded ceramic body; (b) heat treating the injection molded ceramic body under conditions sufficient for removing the thermoplastic organic binder from the injection molded body; (c) applying a solution to the injection molded ceramic body, the solution comprising a tantalum-containing material, a niobium-containing material, or a mixture of a tantalum-containing material and a niobium-containing material and penetrating at least a portion of the injection molded ceramic body with the solution; (d) sintering the injection molded ceramic body; and (e) hot isostatically pressing the sintered injection molded ceramic body.
DAMAGE-RESISTANT ZIRCONIA SINTERED BODY WITH HIGH STRENGTH, HIGH TOUGHNESS AND ANTIBACTERIAL PROPERTIES
KIM JAE WON (author) / VO TUNG VAN (author)
2024-10-17
Patent
Electronic Resource
English
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