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Formation and stability of rocksalt ZnO nanocrystals in MgO

机译:MgO中岩盐ZnO纳米晶体的形成与稳定性

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Coimplantation of Zn and O ions into a single crystalline MgO and subsequent thermal annealing were applied in the synthesis of ZnO nanocrystals. Electron microscopy showed that rocksalt instead of wurtzite ZnO stabilizes for relatively large nanocrystals up to~15 nm, resulting from its small lattice mismatch with MgO of ~1.7%. The vacancies initially created by implantation induce favorable nanocrystal growth kinetics and are effectively absorbed during the nucleation and growth processes. The optical band edge of the ZnO nanocrystals was detected at ~2.8 eV.
机译:Zn和O离子共注入单晶MgO中,然后进行热退火,以合成ZnO纳米晶体。电子显微镜显示,岩石盐代替纤锌矿型ZnO可以稳定至15nm左右的较大纳米晶体,这是由于其与MgO的较小晶格失配率为1.7%。最初通过植入产生的空位诱导了有利的纳米晶体生长动力学,并在成核和生长过程中被有效吸收。 ZnO纳米晶体的光带边缘在〜2.8 eV处被检测到。

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