Influence of Nickel Additions, Sintering Temperature and Microstructure on the Mechanical Properties of Prealloyed Mn-Ni-Mo Steel Powders.

机译：镍添加，烧结温度和微观结构对预漏矿Mn-Ni-Mo钢粉机械性能的影响。

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Sinter hardenable powders are now increasingly used in P/M because they enable the formation of martensite during the sintering cycle without resorting to oil quenching. The alloy content of the powders and the cooling rate during sintering are two factors which affect the microstructure and therefore the mechanical properties of the finished parts. In this work, the tensile strength and impact energy of two well known Mn-Ni-Mo prealloyed sinter hardenable steei powders were evaluated as a function sintering temperature and related to the microstructure.

机译：现在越来越多地用于P / M的烧结可硬化粉末，因为它们能够在烧结循环期间形成马氏体而不诉诸油猝灭。粉末期间粉末的合金含量和冷却速率是影响微观结构的两个因素，从而影响成品部件的机械性能。在这项工作中，评价了两种公知的Mn-Ni-Mo预清除烧结甾醇的拉伸强度和冲击能量作为函数烧结温度并与微观结构相关。

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《International Conference on Powder Metallurgy Particulate Materials》|2000年||共14页
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Benoit Julien; Eric Duchesne; Gilles LEsperance;
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中图分类 TF12-53;
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Influence of Nickel Additions, Sintering Temperature and Microstructure on the Mechanical Properties of Prealloyed Mn-Ni-Mo Steel Powders.

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