... 马氏体形态学 morphology of martensite 马氏体硬化 martensitic hardening 马氏体转变 martensitic transformation ...
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马氏体/硬化铁炭 martensite ; marte ite
马氏体/硬化铁碳 martensite
马氏体沉淀硬化不锈钢 martensitic precipitation-hardening steel ; martensite precipitation hardening stainless steel
激光相变硬化机理主要是马氏体强化和晶粒细化。
The mechanism of laser hardening is martensitic hardening and grain refining.
结果表明，形变诱发马氏体组织所加剧的加工硬化与冶炼时所产生的气孔缺陷的共同作用是冷轧断带的原因。
The results show that the effects of work hardening by strain-induced martensite transformation and cast pore defects are the main reasons leading to strip broken of the steels during cold rolling.
完全硬化区由细小针状马氏体、残余奥氏体和少量点状碳化物组成，过渡区由马氏体和回火索氏体（珠光体）组成；
The completely hardening region is composed of fine acicular martensites, residual austenites and a few dot-like carbonides and the transition region is made up of martensites and sorbites (pearlite).
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