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1)  formation of lath martensite
条状马氏体形成
2)  martensite formation
马氏体形成
例句>>
3)  martensite island shape
马氏体岛形状
4)  stripe granular bainite
条形粒状贝氏体
1.
A temper structure of stripe granular bainites was given out through a lot of tests and studies,which can be used in barrel and be highly imporoved the life of barrel.
研究了轻武器身管钢在不同热处理条件下（调质态和高温正火加回火态）的显微组织与力学性能，提出了条形粒状贝氏体回火组织可使身管寿命大幅度提高。
5)  lath martensite
板条马氏体
1.
The morphology and crystallographic analysis of lath martensite in 17CrNiMo6 steel;
17CrNiMo6钢中板条马氏体的形态与晶体学分析
2.
Effect of Niobium on Recrystallization of Deformed Lath Martensite Structure of Low Carbon Steel;
铌对低碳钢形变板条马氏体组织再结晶的影响
3.
Effect of lath martensite on toughness in overheated zone of 10Ni5CrMoV and 12Ni2CrMoVA steels;
10Ni5CrMoV和12Ni2CrMoVA过热区板条马氏体对韧性的影响
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6)  martensitic lath
马氏体板条
1.
The new strength toughen mechanisms, such as super fine Martensitic laths, new strength phases, Laves phase and M 2C carbide, precipitated coherence with Martensitic matrix and the VIM+VAR double vacuum melting with super pureness, super homogenization hotwork, controlled Martensite transformation heat treatment techniques have been investigated.
论述了超细化马氏体板条 ,共格沉淀新强化相 (Laves相 ) ,M2 C碳化物和残余—逆转变奥氏体向马氏体相变诱发塑性等强韧化机理 ,用超纯洁熔炼、超均匀化及控制相变等工艺 ,获得一种低碳 - 1 4Cr - 1 2Co -5Mo -Me新型超高强度、高塑性、高韧性不锈
补充资料：条狼氏
1.《周礼》官名。掌清除道路，驱避行人。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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