In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

前者枝晶奥体内溶质偏析大，有畸变夹杂团。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两种冷却方式下，不论拉应力还是压应力作用，均使组织中残余奥体数量减少，形貌由无应力时变为条或薄膜。

In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

前者枝晶奥体内溶质偏析大，有畸变块。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两种冷却方式下，不论拉应力还是压应力作用，均使组织中残余奥体数量减少，貌由无应力时块状变为条状或薄膜状。

In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

前者枝晶奥体内溶质偏析大，有畸变夹杂团块。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两种冷却方式下，不论拉应力应力的作用，均使组织中残余奥体数量减少，形貌由无应力时的块状变为条状或薄膜状。

In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

者枝晶奥内溶质偏析大，有畸变夹杂团块。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两种冷却方式下，不论拉应力还是压应力的作用，均使组织中余奥数量减少，形貌由无应力时的块状变为条状或薄膜状。

In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

前者枝晶奥体内溶质偏析大，有畸变夹杂团块。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两方式下，不论拉应力还是压应力的作用，均使组织中残余奥体数量减少，形貌由无应力时的块状变为条状或薄膜状。

In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

前者枝晶奥体内溶质偏析大，有畸变夹杂团块。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两种冷却方式下，不论拉应力还是压应力的作用，均使组余奥体数量减少，形貌由无应力时的块状变为条状或薄膜状。

In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

前者枝晶奥体内溶质偏析大，有畸变夹杂团块。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两种冷却方式下，不论拉应力还是压应力的作用，均使组织中残余奥体数量，貌由无应力时的块状变为条状或薄膜状。

In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

前者枝晶奥体内溶质偏析大，有畸变夹杂团块。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两种冷却方式下，不论拉应力还是压应力的作用，均中残余奥体数量减少，形貌由无应力时的块状变为条状或薄膜状。

In the former case,the solute segregation in dendritical austenite more severe,and there were lumps of distortion inclusion.

前者枝晶奥体内溶质偏析大，有畸变夹杂团块。

During two cooling methods, whether tension stress or compression stress, the retained austenite in steel reduced with stress increasing, had become from massive to streak or filminess.

在两种冷却方式下，不论拉应力还是压应力的作用，均使组织中残余奥体数量减，由无应力时的块状变为条状或薄膜状。