hard martensites
硬马氏体
martensites formation
马氏体形成
martensites structure
马氏体结构
martensites transformation
马氏体转变
martensites properties
马氏体性质
martensites analysis
马氏体分析
martensites hardness
马氏体硬度
martensites stability
马氏体稳定性
martensites behavior
马氏体行为
martensites cooling
马氏体冷却
martensites are often formed during the cooling of steel.
马氏体通常在钢材冷却过程中形成。
the properties of martensites can greatly affect the performance of tools.
马氏体的性质可以极大地影响工具的性能。
understanding the formation of martensites is crucial in metallurgy.
了解马氏体的形成在冶金学中至关重要。
martensites exhibit unique hardness characteristics.
马氏体表现出独特的硬度特性。
the transformation to martensites can be controlled through heat treatment.
通过热处理可以控制转变为马氏体。
research on martensites has led to advancements in steel technology.
对马氏体的研究推动了钢铁技术的发展。
martensites can be classified based on their carbon content.
马氏体可以根据其碳含量进行分类。
many engineers study martensites for their applications in construction.
许多工程师研究马氏体在建筑中的应用。
the study of martensites is essential for developing stronger materials.
马氏体的研究对于开发更强的材料至关重要。
martensites can influence the ductility of steel.
马氏体会影响钢材的延展性。
hard martensites
硬马氏体
martensites formation
马氏体形成
martensites structure
马氏体结构
martensites transformation
马氏体转变
martensites properties
马氏体性质
martensites analysis
马氏体分析
martensites hardness
马氏体硬度
martensites stability
马氏体稳定性
martensites behavior
马氏体行为
martensites cooling
马氏体冷却
martensites are often formed during the cooling of steel.
马氏体通常在钢材冷却过程中形成。
the properties of martensites can greatly affect the performance of tools.
马氏体的性质可以极大地影响工具的性能。
understanding the formation of martensites is crucial in metallurgy.
了解马氏体的形成在冶金学中至关重要。
martensites exhibit unique hardness characteristics.
马氏体表现出独特的硬度特性。
the transformation to martensites can be controlled through heat treatment.
通过热处理可以控制转变为马氏体。
research on martensites has led to advancements in steel technology.
对马氏体的研究推动了钢铁技术的发展。
martensites can be classified based on their carbon content.
马氏体可以根据其碳含量进行分类。
many engineers study martensites for their applications in construction.
许多工程师研究马氏体在建筑中的应用。
the study of martensites is essential for developing stronger materials.
马氏体的研究对于开发更强的材料至关重要。
martensites can influence the ductility of steel.
马氏体会影响钢材的延展性。
探索常用高频词汇