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首页> 外文会议>2011 Second International Conference on Digital Manufacturing Automation >Silicon Content and Isothermal Quenching Process' Influence on High Silicon Cast Steel Organization and Performance
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Silicon Content and Isothermal Quenching Process' Influence on High Silicon Cast Steel Organization and Performance

机译：硅含量和等温淬火工艺对高硅铸钢组织和性能的影响

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摘要

In order to strengthen the high siLicon cast steel, we research the influence of high siLicon cast steel heat treatment process of microstructure and mechanical properties by using appLication of relevant laboratory equipment, instruments and methods of the siLicon content. The results show that in the scope of the experiment, when siLicon content is about 2.65%, we can get no carbide austenitizing organizations composition of ferrite and rich carbon austenite, when the temperature and time of austenitizing is 900 °C × 120min and the temperature and time of Isothermal quenching is 320 × 30-120min °C, we can obtain better organization and comprehensive mechanical properties. A new generation of high siLicon cast steel has high performance-to-price. It can be used in mining, power, cement, building materials, railway and other industrial areas.
机译：为了增强高硅硅铸钢，我们通过应用硅含量的相关实验室设备，仪器和方法，研究了高硅硅铸钢热处理工艺对组织和力学性能的影响。结果表明，在实验范围内，当奥氏体化的温度和时间为900°C×120min时，当硅含量约为2.65％时，铁素体和富碳奥氏体的碳化物奥氏体组织组成消失。等温淬火时间为320×30-120min°C，可以获得更好的组织性能和综合力学性能。新一代高硅硅铸钢具有高性价比。它可以用于采矿，电力，水泥，建筑材料，铁路和其他工业领域。

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