讨论了高能晶界理论、高迁移率晶界理论、表面气氛等对高斯晶粒长大的贡献。
The effects of grain boundaries with high energy or high mobility and surface atmosphere on the growth of Goss grains are discussed.
量化计算烧结颈生长率以及在不同晶界和表面迁移率比值时的烧结率，较好地符合理论分析的趋势。
The predicted growth rate of sintering neck and sintering rate for different ratios of grain boundary to surface mobility are consistent with the existing theoretical analysis.
的钝化效应减少了载流子的散射中心，降低了晶界势垒，有效地提高了载流子的迁移率。
F-passivation decreased the scattering centers of the carriers and the height of the potential barriers at the grain boundaries, thus, increased the Hall mobility of the carriers.
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