austenite的例句大全

Electric resistance spot welding for extra low carbon steel and austenite stainless steel

超低碳钢与奥氏体不锈钢的电阻点焊

Effect of strength and carbon content of austenite on martensitic and bainitic transformations

奥氏体强化和其中碳含量对马氏体及贝氏体相变的影响

Estimation of Carbon Activity in Austenite of Fe-Σ M-C Multi-Component Alloy

Fe-∑M-C多元合金奥氏体中碳活度的估算

Effects of carbon content in austenite on b_s and m_s

奥氏体内碳含量对B s及M s的影响

The M' temperature falls with the increasing amount of retained austenite and varies with the carbon content of austenite.

M′温度随钢内残余奥氏体量的增加而降低，并随奥氏体内含碳量而改变。

Control of this reaction, which arises due to the drastically different carbon solubility of austenite and ferrite, enables a wide range of properties to be achieved through heat treatment.

控制这一由于奥氏体和铁素体的碳溶解性完全不同而产生的反应，使得通过热处理能获得很大范围的特性。

When calculating the specific volume of austenite the effect of carbon content in the austenite on lattice parameter was considered.

在计算奥氏体的比容时，考虑了奥氏体中的含碳量对晶格常数的影响；

The volume fraction and carbon content of retained austenite in the austempered high silicon cast steel after various austempering combinations were investigated by XRD method.

采用X射线衍射对高硅铸钢等温淬火热处理后的残余奥氏体量以及残余奥氏体含碳量进行了测定。

It is suggested that the bainitic transformation in steel should be the shear process of the transformation dislocation movement controlled by the carbon diffusion in the austenite.

提出钢中贝氏体转变是奥氏体中碳扩散控制相变位错运动的切变过程。

The experimental results indicate that during 30-120 min, with increasing the isothermal quenching time, the content and carbon content of retained austenite increased to a max value at 60 min, then decreased.

试验结果表明，在30～120min等温淬火时间范围内，随着等温淬火时间的延长，残余奥氏体量及其含碳量逐渐增加，60min时出现峰值，然后逐渐降低；

Their metallographic structures were qualitatively and quantitatively analyzed by scanning electron microscope and X-ray diffraction method. And the relationships among heat treatment parameters, content of retained austenite and carbon content of retained austenite were studied.

通过电子扫描电镜及X射线衍射仪对其金相组织进行定性、定量分析，研究热处理参数与残余奥氏体体积含量、奥氏体含碳量的关系。

The existence of the latter further confirms the occurrence of carbon diffusion to enrich austenite during the martensite formation, and twin martensite forms at the parent phase where carbon enrichment is not very high.

后者进一步证明，在低碳马氏体形成时碳的扩散使奥氏体富碳，在有些富碳不太高的母相区域就形成这类组织。

When Nb content was 0.014 ( mass,%), finish rolling temperature was 780 ℃ and coiling temperature was 400 ℃, retained austenite fraction, carbon contents of retained austenite, Vickers-hardness and tensile strength have the optimum combination.

铌含量为0.014%、终轧温度为780℃、卷取温度为400℃时，残余奥氏体量、残余奥氏体相中的碳含量与宏观维氏硬度和抗拉强度具有最佳组合。

Castings of different carbon content are poured according to ingredients of different carbon content. Spherical graphite growth parameters can be obtained with the same method. The diffusion coefficient of the carbon element in austenite of ductile cast iron is calculated.

按照不同的碳元素含量配料，浇注出含碳量不同的铸件，利用相同的方法得到球状石墨的生长参数，计算出球墨铸铁中碳元素在奥氏体中的扩散系数。

The results show: with the increase of Mn content, the microhardness of the outer region structure decomposed from austenite dendrite and eutectic austenite is obviously increased.

结果表明：随Mn含量的提高，共晶奥氏体分解产物区和枝晶奥氏体分解产物区边缘处显微硬度明显提高；

Effect of processing parameters on dynamic transformation of undercooled austenite of hypereutectoid steel

工艺参数对过共析钢过冷奥氏体动态转变的影响

The Wear Surface Behavior of Fe-C-Cr-Mn Metastable Austenite Matrix Alloy

Fe-C-Cr-Mn亚稳奥氏体基铸造合金的摩擦磨损表层特性

Microstructure Design and Properties of Cr-Ni Metastable Austenite Matrix Wear Cast Iron

Cr-Ni亚稳奥氏体基耐磨铸铁结构设计及其性能

Structure and Wear Resistance of Mn-B High Chromium Cast Iron with Austenite Matrix

锰硼奥氏体基高铬铸铁的组织结构及抗磨性研究

Influence of Pretreatment on Structure and Properties of Surfacing Layer with Austenite Matrix Electrode Containing Yttrium

预处理对含钇奥氏体基焊条堆焊层组织与性能的影响