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By means of proper temperature lowering speed control, amorphous structure and nanometer crystal may be obtained.

通过适当的降温制度控制就可以形成非晶结构和纳米晶化。

Therefore, the crystallization kinetics become one of the hottest fields in research of amorphous alloys.

因此，晶化动力学成为非晶合金研究领域的热点之一。

And a novel deposition way of nickel film for crystallization of amorphous silicon film is introduced.

本文对一种新型的金属诱导方法晶化非晶硅薄膜进行了研究。

Part crystallization phase affected the mechanical behavior and resulted an increase in hardness and an decrease in compression strength.

而晶化相的存在会对力学性能产生影响，含部分晶化相的非晶合金硬度升高，压缩强度下降。

The crystallization tendency of the deposits increased with the content of silicon carbide and aluminum oxide in the composite deposits.

试验发现，随碳化硅、氧化铝粒子复合量的增大，镀层晶化倾向增大；

Thus, the role of pressure on the stability and crystallization processes depends on the type of amorphous alloys and applied pressure.

故压力对非晶热稳定性与晶化过程作用随合金的类型而不同。

The crystallinity of the deposited films was enhanced by decreases of silane concentration or increases of the substrate temperature.

随着硅烷浓度的降低或衬底温度的升高，薄膜晶化程度增加。

The range of crystallization temperature, crystalline phase identification and microstructure were observed using DTA, XRD and SEM.

用DTA、XRD和SEM研究晶化温度范围并鉴定玻璃陶瓷主晶相与显微结构。

Large scale repeats the result of small scale, and the crystallinity of products is higher and MOR is lower.

中试重复了小试实验结果，晶化产物结晶度较高，杂峰较低。