1984
DOI: 10.1016/0272-8842(84)90028-2
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The structure and properties of refractory zirconia ceramics II. Applied investigations

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“…Several preparation techniques based on solution chemistry methods, such as coprecipitation [1], sol-gel [2], self-combustion [3], colloidal chemistry [4] and polymeric precursors [5] have been attempted for the preparation of highly homogeneous and fine powder of stabilized zirconia. Various works have been done on zirconia stabilization with Ca, Mg, Ce, Y and other additions [6][7][8] into the zirconia structure. Substitutions of zirconium by yttrium caused solid solution formation with vacancies creation and stabilized the tetragonal and…”
Section: Introductionmentioning
confidence: 99%
“…Several preparation techniques based on solution chemistry methods, such as coprecipitation [1], sol-gel [2], self-combustion [3], colloidal chemistry [4] and polymeric precursors [5] have been attempted for the preparation of highly homogeneous and fine powder of stabilized zirconia. Various works have been done on zirconia stabilization with Ca, Mg, Ce, Y and other additions [6][7][8] into the zirconia structure. Substitutions of zirconium by yttrium caused solid solution formation with vacancies creation and stabilized the tetragonal and…”
Section: Introductionmentioning
confidence: 99%