surface carburization
表面渗碳
case carburization
表层渗碳
carburization process
渗碳过程
carburization treatment
渗碳处理
carburization depth
渗碳深度
partial carburization
部分渗碳
carburization rate
渗碳速率
carburization atmosphere
渗碳气氛
carburization zone
渗碳区
total carburization
完全渗碳
the process of carburization improves the hardness of steel.
渗碳过程提高了钢的硬度。
carburization can enhance the wear resistance of components.
渗碳可以增强部件的耐磨性。
during carburization, carbon diffuses into the surface of the metal.
在渗碳过程中，碳扩散到金属表面。
proper control of temperature is crucial in the carburization process.
在渗碳过程中，温度的适当控制至关重要。
carburization is often used in the manufacturing of gears.
渗碳通常用于齿轮的制造。
the carburization treatment can significantly extend the lifespan of tools.
渗碳处理可以显著延长工具的使用寿命。
different methods of carburization can yield varying results.
不同的渗碳方法可能会产生不同的结果。
carburization is essential for achieving high-performance steel.
渗碳对于实现高性能钢材至关重要。
after carburization, the steel exhibits improved tensile strength.
渗碳后，钢材表现出更高的抗拉强度。
understanding the carburization process is important for metallurgists.
了解渗碳过程对冶金学家很重要。
surface carburization
表面渗碳
case carburization
表层渗碳
carburization process
渗碳过程
carburization treatment
渗碳处理
carburization depth
渗碳深度
partial carburization
部分渗碳
carburization rate
渗碳速率
carburization atmosphere
渗碳气氛
carburization zone
渗碳区
total carburization
完全渗碳
the process of carburization improves the hardness of steel.
渗碳过程提高了钢的硬度。
carburization can enhance the wear resistance of components.
渗碳可以增强部件的耐磨性。
during carburization, carbon diffuses into the surface of the metal.
在渗碳过程中，碳扩散到金属表面。
proper control of temperature is crucial in the carburization process.
在渗碳过程中，温度的适当控制至关重要。
carburization is often used in the manufacturing of gears.
渗碳通常用于齿轮的制造。
the carburization treatment can significantly extend the lifespan of tools.
渗碳处理可以显著延长工具的使用寿命。
different methods of carburization can yield varying results.
不同的渗碳方法可能会产生不同的结果。
carburization is essential for achieving high-performance steel.
渗碳对于实现高性能钢材至关重要。
after carburization, the steel exhibits improved tensile strength.
渗碳后，钢材表现出更高的抗拉强度。
understanding the carburization process is important for metallurgists.
了解渗碳过程对冶金学家很重要。
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