At the time of deformation reached 40%, the appearance of the crystal changed greatly: the size refined, boundary turned clear, second phase disappeared and twin crystal structure appeared.
变形量为40%时，轧板的晶粒形貌发生了显著变化，晶粒变得细小，晶界清晰，第二相完全消失，并出现孪晶组织。
Structure analysis showed that the incoordination in deformation process of two phases is the main reason why microcrack occurs at phase boundary.
组织分析显示，两相之间变形不协调是相界微裂纹产生的根本原因。
The glass has an amorphous structure and exists at the composite phase interface and ceramic grain boundary.
玻璃料以无定形态存在于复合材料中的相界与陶瓷晶界上。
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