austenite

These lath martensite first nucleates in parent austenite intergranular and twin boundary.

应变诱发马氏体首先在原奥氏体晶界和孪晶界形核.

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A simplified model of isothermal austenite grain growth has been developed.

在分析现有描述奥氏体晶粒长大模型的基础上,提出一简化模型.

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There occours needle - type or M - type martensite precipitation within retained austenite.

残余奥氏体内有针状或“M”型马氏体析出.

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The induced martensite firstly nucleated in parent austenite intergranular and twin boundary.

应力诱发的马氏体首先在原奥氏体的晶界和孪晶界形核.

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The interface of austenite and martensite is somewhat straight.

奥氏体和马氏体之间的界面为较平直的界面.

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The material quality is ASTM A 743 M ( ZG 00 Cr 13 Ni 4 Mo ) the austenite stainless steel.

材质均为ASTMA743M ( ZG00Cr13Ni4Mo ) 奥氏体不锈钢. 由于其一,它们的形状所致,在加工制造中给工件的装夹和翻身带来很大的难度.

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Furthermore, precipitate of Nb in deformed austenite is more helpful for DEFT.

Nb对变形奥氏体再结晶的显著抑制作用十分有利于DIFT,同时, Nb的碳氮化物析出对DIFT是十分有益的.

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Other than austenite, copper element dissolution is found in material.

母材区除了奥氏体组织外, 存在铜元素的扩散.

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A new way to fine steel structure has been developed. It is the austenite - ferrite - repeating deformation.

提出了细化金属组织的一种新方法,即奥氏体 — 铁素体区循环形变.

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AlN precipitation at the full austenite grain boundary would worsen the ductility of the steels.

在奥氏体单相区,由于氮化铝的析出导致钢种的塑性恶化.

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Melting Residual Stress is the main factor Causing Stress erosion damage on Austenite Rustless Steel's Structures.

焊接残余应力是奥氏体不锈钢发生应力腐蚀破坏的重要因素.

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The failure of grid plate made of casting austenite heat resistant steel was analyzed.

分析了铸造奥氏体耐热钢篦板失效原因.

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Effect of residual austenite on mechanical properties and abrasion resistance medium Mn white iron was investigated.

研究了残余奥氏体对中锰白口铸铁力学性能和抗磨性的影响.

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The effect of chemical composition on mechanical properties of the austenite - bainite ( is other - tally quenched ) white iron was investigated.

研究了化学成分对奥贝白口铸铁力学性能的影响.

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A new type of austenite hot working die steel added copper is presented in this paper.

提出了一种新型的含铜奥氏体热作模具钢.

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