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Method of forming yttria gadolinia ceramic scintillator from ammonium dispersed oxalate precipitates

机译:由铵分散草酸盐沉淀物形成氧化钇氧化ado陶瓷闪烁体的方法

摘要

s7 . A simplified method of forming polycrystalline translucent-to-transparent yttria-gadolinia scintillators comprises coprecipitating oxalates of the yttria-gadolinia composition, drying the oxalates at about 75°C to 125°C, forming an aqueous suspension of the dried oxalates, and agitating the suspension while admixing an effective amount of an ammonium hydroxide solution to disperse agglomerations of the oxalate coprecipitates. The dispersed oxalates are calcined to substantially fully oxidize the oxalates and form an oxide powder of the yttria-gadolinia composition. The oxide powder is cold pressed to form a compact, and the compact is sintered in a reducing atmosphere or vacuum to form the polycrystalline translucent-to-transparent yttria-gadolinia scintillator.
机译:s7。形成多晶半透明至透明的氧化钇-氧化d闪烁体的简化方法包括共沉淀氧化钇-氧化d组合物的草酸盐,在约75℃至125℃下干燥草酸盐,形成干燥的草酸盐的水悬浮液,并搅拌。混合有效量的氢氧化铵溶液以分散草酸盐共沉淀物的团聚。煅烧分散的草酸盐以基本上完​​全氧化草酸盐并形成氧化钇-d合成物的氧化物粉末。将氧化物粉末冷压以形成压坯,并将该压坯在还原性气氛或真空中烧结以形成多晶至半透明的氧化钇-d氧化sc闪烁体。

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