amorphous phase

The formation mechanism of amorphous phase, intermetallic compound, supersaturated solid solution and nanocrystalline is reviewed.

着重评述了机械合金化过程中非晶态 、 金属间化合物 、 过饱和固溶体及纳米晶形成的特点及机制.

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The results show that bulk materials of PEEK obtained by rapid compression exhibit a single amorphous phase and high thermodynamic stability.

结果发现：快速增压制备的非晶聚醚醚酮具有更高的热稳定性和均一密实的结构。

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XRD results show that the anatase phase of titanium dioxide films can be fabricated at 400 ℃, and at this temperature, the deposited tantalum oxide and silicon dioxide were amorphous.

对制备的薄膜进行XRD测试表明，在基片温度为400℃时能制备出TiO2薄膜晶体，结构为锐钛矿型，而在此温度下，SiO2和Ta2O5却只能得到非晶态的结构。

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While, the amorphous phase is key to the growth of dendritic nanostructured silver.

而在银枝晶纳米材料的生长过程中, 非晶层的存在起了重要的作用.

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After thermal cycling, the transmittance of the film decreases, but the refractive index and extinction coefficient increase, which are the results of structural change from amorphous to crystalline phase.

另外，热循环后的薄膜的透射率明显降低，折射率和消光系数都增加。

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The amorphous phase is found in the outer layer of hot-dip aluminized layer .

结果发现, 镀铝层 的表面层存在非晶态金属相.

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PET/ PEN at various compositions all show a single class transition temperature T g, Which means PET and PEN were miscible in amorphous phase.

结果表明，不同比例的PET/PEN都呈现出一个玻璃化温度，即PET、PEN在无定形态是相混溶的；

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The results show that the crystalline volume fraction of films decreases gradually, and films change from microcrystalline silicon to amorphous silicon when diborane gas phase doping percentage to silane increase from 0.1% to 0.75%.

拉曼光谱、扫描电子显微镜、分光光度计和电导率测试结果表明：当掺硼比（B2H6/SiH4）由0.1%增加到0.75%时，硅膜的晶化率逐渐降低，并由微晶向非晶过渡；

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