The method overcomes the shortcoming of grain growing above the initial crystallization temperature in annealing method, successfully preparing nano-crystalline material of very small grain .
该方法避免了传统的退火法在晶化温度以上晶粒长大这一缺点，成功制备出晶粒极细小的纳米材料。
XRD test showed that grain size of ITO films increased and crystallization direction(400) disappeared with more oxygen flow.
射线衍射（XRD）测试表明ITO薄膜的晶粒尺寸随膜内氧的摩尔分数增加而增大，随氧气比例增加薄膜（400）晶向消失。
The method can improve the crystallization efficiency of the maltol and render the grain be even and stable.
本发明的方法可以提高麦芽糖醇的结晶效率，并使所得晶粒均匀、稳定。
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