...之各项应用，诸如(1) 元件横截面结构观察；(2)平面式去层次 (Delayer) 结构分析与观察；(3)析出物空乏区 (Precipitate Free Zone) 的观察；(4)差排线与过蚀刻(Overetch)凹痕的观察；及(5)氧化叠差(Oxidation Enhanced Stacking Faults, OSF)的研究等。
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Microsoft Word - 11-p1872.DOC Key words: aluminium; microstructure; precipitate free zone; mechanical properties [gap=16520]关键词：铝合金；微观结构；无析出带；力学性能
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... 晶界无位错区 grain boundary dislocation free zone (GBDFZ) 晶界无析出带 precipitate free zone 晶界析出相 precipitate at grain boundary ...
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·2,447,543篇论文数据，部分数据来源于NoteExpress
The results show that the precipitates on the grain boundaries and precipitate free zone (PFZ) were the main factor to enhance the intergranular crack of the alloy.
结果发现，时效造成的沿晶析出及伴随产生的沉淀物无析出带是促使合金发生沿晶开裂的主要因素。
The effect of aging treatment on corrosion sensitivity is closely related to S' phase, the phase precipitated in grain boundary and precipitate-free zone.
在时效过程中S’析出相、晶界析出相和无沉淀析出带的变化是影响合金预拉伸厚板腐蚀行为的主因。
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