… As with YAG (yttrium aluminum garnet), which was overproduced and pealzed about
1972 (Nassau, 1980a), we are now seeing a rapid rise in the production of cubic zirconia …

… ionic conductivity in cubic zirconia. Another interesting point in favor of In2O3-doped ZrO2
is that the H of the ordered Zr6In2O15 compound in Fig. 5 is positive, whereas it is negative …

… Room-temperature mechanical properties, given in Table I, show that cubic Zr02 has …
dissolved in Zr in Zr02-Zr mixtures and that the dissolved oxygen embrittles thc zirconium. …

… in cubic zirconia.However, due to the small size of the model system used, the role of
defect-defect interaction in the yttria-zirconia solid solution has been only partially addressed in …

… undoped cubic zirconia can be prepared by coprecipitation in a polymer matrix. The critical
particle size below which pure cubic phase was stable in the zirconia samples was ∼20 nm. …

… For cubic zirconia the greatest calculated ideal strength is in … They found that vacancies occur
in single-vacancy, … oxygen vacancies are situated in vacancy-zirconium-vacancy units that …

… The majority defects in cubic zirconia are oxygen vacancies which are introduced as charge
compensating defects for the lower valent Y 3+ and Ca + dopant cations. Defect formation …

… cubic zirconia to be a special case of this structure and hence results for the fluorite structure
are included in … Next we force a cubic fit by setting 13=0, and we find the results shown in …

… Consequently, impact melt temperatures in global … to cubic zirconia plus silica in impact
melt from the 28 km diameter Mistastin Lake crater, Canada, which requires super-heating in …

… of stabilized zirconia in oxygen sensors, fuel cells, etc., is based on its high oxygen ion
conduction. Cubic zirconia, … The state of knowledge in each area is reviewed, and gaps in present …