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Role of non-stoichiometry in the cracking of oxide crystals

机译:非化学计量在氧化晶体裂解中的作用

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摘要

The cracking and stoichiometric deviations frequently observed in crystals of mixed oxides have generally been perceived to be unrelated phenomena. The present study pertains to the cracking in Czochralski grown crystals of three different materials, viz. CdWO_4, PbWO_4 and ZnWO_4. The results obtained on the single-crystal growth as well as on the thermal stability of melts of these materials and of their constituent oxides demonstrate, for the first time, that stoichiometric deviations manifest as cracks in the crystals. An important outcome of this investigation is that materials exhibiting a small degree of super-cooling with stable melting and solidification temperatures should be less prone to cracking.
机译:在混合氧化物晶体中经常观察到的开裂和化学计量偏差通常被认为是无关的现象。本研究涉及切克劳斯基生长的三种不同材料的晶体的开裂,即。 CdWO_4,PbWO_4和ZnWO_4。这些材料及其组成氧化物的单晶生长以及其熔体的热稳定性获得的结果首次证明,化学计量偏差表现为晶体中的裂纹。该研究的重要结果是,表现出较小程度的过冷且具有稳定的熔融和凝固温度的材料应不易破裂。

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