粉末冶金锰钢研究新进展OA北大核心CSCDCSTPCD
PM steels that contain manganese
铁基粉末冶金产业在继续开发与扩大使用非传统粉末冶金合金化元素.Mo、Ni与Cu的价格、环境与可回收性一直在推动这种扩大使用.Mn是铸锻钢的价格比较低廉且有效的合金化元素；不过,过去氧的敏感性限制了Mn在粉末冶金钢中的应用,现在氧分压低的氮-氢烧结气氛可允许使用Mn.Mn与适量Mo的组合可使粉末冶金钢合金的力学性能接近FD - 0405的水平.同样重要的是,这些合金可在常用的工业烧结条件下进行处理.在较高碳含量下,这些锰钢可用作贫合金烧结硬化钢牌号…查看全部>>
The ferrous PM industry continues to develop and expand its use of non-traditional PM alloying elements. Price, environmental, and recyclability concerns with Mo, Ni and Cu have driven this expansion. Manganese is a relatively inexpensive,yet effective,alloying element in wrought steels. Nevertheless,oxygen sensitivity has limited the use of manganese in PM steels in the past. The current nitrogen-hydrogen sintering atmospheres with low partial pressures of …查看全部>>
Bruce Lindsley;Brian James;亓家钟
Hoeganaes公司,Cinnaminson, NJ 08077,美国Hoeganaes公司,Cinnaminson, NJ 08077,美国
Mn铁基粉末冶金钢力学性能
Mnferrous PM steelmechanical properties
《粉末冶金技术》 2012 (1)
63-73,11
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