1) Mantoux reversion
芒图氏逆转
2) Mantoux conversion
芒图氏转化
3) Mantoux syndrome
芒图氏综合征
4) Reverted austenite
逆转奥氏体
1.
The absence of cementite and formation of reverted austenite at the plate boundaries tempered at 482℃ are the main factors.
2 3NiCo钢在 482℃回火组织中板条边界形成薄膜状的逆转奥氏体和不存在渗碳体是主要的组织因
2.
Although the steel tempered at 482℃ has higher strength,the formation of the reverted austenite film along the boundaries of lath martensite makes steel possess higher resistance of hydrogen embrittlement.
482℃回火,虽然强度较高,组织中存在的沿马氏体板条边界以薄膜状分布的逆转奥氏体,使钢在此温度回火具有较高的氢脆抗力。
5) reverted austenite
逆转变奥氏体
1.
The results show that the mixed microstructure of lath-like secondary tempered martensite + ferrite are obtained and a small amount of reverted austenite precipitate along the boundaries and inner of martensite in QLT-treated steel.
结果表明,10Ni5CrMo钢经两相区淬火处理后,得到板条状的二次回火马氏体+铁素体的混合组织,并且在板条边界及板条内部析出逆转变奥氏体,该逆转变奥氏体与基体遵从K-S关系。
2.
The austenite in the steel after aging is mainly reverted austenite.
结果表明,Custom 465钢的最佳固溶温度在900~950℃温度范围内;时效态钢中奥氏体主要为逆转变奥氏体。
3.
The content of reverted austenite in laser hardened sampl.
2;在同样的激光处理工艺条件下,经激光相变硬化后原始状态为淬火态试样的淬硬层的硬度和深度比退火态试样的要高和深;相变硬化后,随着回火时间的延长,逆转变奥氏体含量增多,硬化层硬度降低。
6) martensite reversal transformation
马氏体逆转变
1.
The ultrafine mechanism of bulk 1Cr18Ni9Ti austenitic stainless steel was investigated using martensite reversal transformation ultrafine grain method.
用马氏体逆转变晶粒细化方法对大块料1Cr18Ni9Ti奥氏体不锈钢进行组织细化研究,并分析了冷变形后再结晶退火温度和保温时间对晶粒度的影响等。
补充资料：芒芒
1.广大辽阔貌。 2.悠远貌;久长貌。 3.迷茫;模糊不清。芒，通"茫"。 4.繁杂貌;众多貌。 5.匆忙貌。芒，通"忙"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条