The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

发现奥相变结构参数对相变特性有很大影响。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

经水冷和空冷的试样具有高耐磨性的重要原因是其在磨损过程中诱发了相变,出现加工化现象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的组织、晶界碳化物以及沿晶界分布的“第二相”组织是促使不锈钢产生裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均在焊缝根部应力集中处萌生，该处含量比较大，碳化物及夹杂物较多，氢的偏聚现象严重。

The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

发现奥氏体相变结构参数对马氏体相变特性有很大影响。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

经水冷和空冷的试样具有高耐磨性的重要原因是其在磨中诱发了马氏体相变,出现加工化现象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的马氏体、界碳化物以及沿界分布的“第二相”是促使马氏体不锈钢产生裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均在焊缝根部应力集中处萌生，该处马氏体含量比较大，碳化物及夹杂物较多，氢的偏聚现象严重。

The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

发现奥氏体相变结构参数对马氏体相变特性有很大。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

水冷和空冷的试样具有高耐磨性的重要原因是其在磨损过程中诱发了马氏体相变,出现加工化现象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的马氏体组织、晶界碳化物以及沿晶界分布的“第二相”组织是促使马氏体产生裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均在焊缝根部应力集中处萌生，该处马氏体含量比较大，碳化物及夹杂物较多，氢的偏聚现象严重。

The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

发现奥氏体相变结构参数对马氏体相变特性有很大影响。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

经水冷和空冷的试样具有高耐磨性的重要原因是其在磨损过程中诱发了马氏体相变,出现加工化现象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的马氏体组织、晶界碳化物以及沿晶界分布的“第二相”组织是促使马氏体不锈钢产裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均在焊缝根部应力集中处，处马氏体含量比较大，碳化物及夹杂物较多，氢的偏聚现象严重。

The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

发现奥氏体相参数对马氏体相特性有很大影响。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

经水冷和空冷的试样具有高耐磨性的重要原因是其在磨损过程中诱发了马氏体相,出现加工化现象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的马氏体组织、晶界碳化物以及沿晶界分布的“第二相”组织是促使马氏体不锈钢产生裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均在部应力集中处萌生，该处马氏体含量比较大，碳化物及夹杂物较多，氢的偏聚现象严重。

The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

发现奥体相变结构参数对体相变特性有很大影响。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

经水冷和空冷的试样具有高耐磨性的重要原因是其在磨损过程中诱发了体相变,出现加工化现象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的体组织、晶界碳化物以及沿晶界分布的“第二相”组织是促使体不锈钢产生裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均在焊缝根部应力集中萌生，该体含量比较大，碳化物及夹杂物较多，氢的偏聚现象严重。

The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

发现奥氏体相变结构参数对马氏体相变特性有很大影响。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

经水冷和空冷的试样具有高耐性的重要原因是其过程中诱发了马氏体相变,出现加工化现象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的马氏体组织、化物以及沿分布的“第二相”组织是促使马氏体不锈钢产生裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均焊缝根部应力集中处萌生，该处马氏体含量比较大，化物及夹杂物较多，氢的偏聚现象严重。

The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

奥氏体相变结构参数对马氏体相变特性有很大影响。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

经水冷和空冷的试样具有高耐磨性的重要原因是其在磨损过程诱了马氏体相变,出加工化象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的马氏体组织、晶界碳化物以及沿晶界分布的“第二相”组织是促使马氏体不锈钢产生裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均在焊缝根部应力集生，该马氏体含量比较大，碳化物及夹杂物较多，氢的偏聚象严重。

The structural parameter for austenitic phasetransformation has a great effect on the characteristic of martensitic transformation.

发现奥相变结构参数对马相变特性有很大影响。

The high wearing resistance of the samples after hydrocooling and air cooling was partially attributed to martensite transformation and work-hardening.

和空的试样具有高耐磨性的重要原因是其在磨损过程中诱发了马相变,出现加工化现象。

It holds that main causes promoting crack on martensite stainless steel are gross martensite and crystal boundary carburet and secondary phase distributed along crystal boundary.

文章认为，粗大的马组织、晶界碳化物以及沿晶界分布的“第二相”组织是促使马锈钢产生裂纹的主要原因。

The crack initiates at stress concentration point in the root of weld, where has much more martenite, carbide and inclusion, and the serious hydrogen segregation.

裂纹均在焊缝根部应力集中处萌生，该处马含量比较大，碳化物及夹杂物较多，氢的偏聚现象严重。