绿峰强度的不同取决于其结构中不同浓度的单离子氧空位。
The difference in green emission intensity results from the different level of oxygen vacancies in ZnO structures.
这应部分地与固体化学所描述的Y3 +掺杂所造成固定、额外并且是高浓度的氧空位有关。
This might partly be relative with the fixed, extra and highly concentrated oxygen vacancies resulted from Y3 + doping, the mechanics of which were as described in the solid state chemistry.
氧化物磁性半导体薄膜的电输 运性质只与材料中氧空位的浓度相关。
Electric transport property of oxide magnetic semiconductor film is only related to concentration of oxygen vacancy in material.
氧空位、缺陷缔合和固深度均对样品的质子电导率与掺杂浓度有一定影响。
The non-linear relationship between proton conductivity and Y3+ content of sample is closely related with the oxygen vacancy, the defect association and the solid solubility of Y.
氧空位、缺陷缔合和固深度均对样品的质子电导率与掺杂浓度有一定影响。
The non-linear relationship between proton conductivity and Y3+ content of sample is closely related with the oxygen vacancy, the defect association and the solid solubility of Y.
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