austenite transformation temperature
奥氏体转变温度
austenite grain size
奥氏体晶粒尺寸
formation of austenite
奥氏体的形成
austenite stability
奥氏体稳定性
residual austenite
残余奥氏体
austenite microstructure
奥氏体微观结构
austenite is a phase in steel that is critical for its properties.
奥氏体是钢中一种对其性能至关重要的相。
the transformation from austenite to martensite occurs during cooling.
奥氏体转变为马氏体发生在冷却过程中。
understanding austenite helps in improving the toughness of steel.
理解奥氏体有助于提高钢的韧性。
many alloys contain austenite at high temperatures.
许多合金在高温下含有奥氏体。
the stability of austenite can be influenced by carbon content.
奥氏体的稳定性可以受到碳含量的影响。
heat treatment can change the amount of austenite in steel.
热处理可以改变钢中奥氏体的含量。
austenite is non-magnetic, which is useful in various applications.
奥氏体是非磁性的，这在各种应用中很有用。
the presence of austenite enhances the ductility of the material.
奥氏体的存在增强了材料的延展性。
researchers study austenite to develop stronger steel grades.
研究人员研究奥氏体以开发更强的钢材等级。
cooling rates affect the formation of austenite in alloys.
冷却速度影响合金中奥氏体的形成。
austenite transformation temperature
奥氏体转变温度
austenite grain size
奥氏体晶粒尺寸
formation of austenite
奥氏体的形成
austenite stability
奥氏体稳定性
residual austenite
残余奥氏体
austenite microstructure
奥氏体微观结构
austenite is a phase in steel that is critical for its properties.
奥氏体是钢中一种对其性能至关重要的相。
the transformation from austenite to martensite occurs during cooling.
奥氏体转变为马氏体发生在冷却过程中。
understanding austenite helps in improving the toughness of steel.
理解奥氏体有助于提高钢的韧性。
many alloys contain austenite at high temperatures.
许多合金在高温下含有奥氏体。
the stability of austenite can be influenced by carbon content.
奥氏体的稳定性可以受到碳含量的影响。
heat treatment can change the amount of austenite in steel.
热处理可以改变钢中奥氏体的含量。
austenite is non-magnetic, which is useful in various applications.
奥氏体是非磁性的，这在各种应用中很有用。
the presence of austenite enhances the ductility of the material.
奥氏体的存在增强了材料的延展性。
researchers study austenite to develop stronger steel grades.
研究人员研究奥氏体以开发更强的钢材等级。
cooling rates affect the formation of austenite in alloys.
冷却速度影响合金中奥氏体的形成。
探索常用高频词汇