austenite的例句大全

dynamic recovery behaviors of low carbon mn-b steel in medium temperature austenite region

低碳锰硼钢中温奥氏体区的动态回复行为

super steel produced by whole line rolling in unrecrystallized austenite region

采用全线奥氏体未再结晶区轧制生产超级钢

relationship between γ→ε transformation temperature m_(ε s) and composition of metastable austenite region in fe-mn-al-cr system

Fe-Mn-Al-Cr系亚稳奥氏体区γ→ε转变温度M（εs）与成分的关系

the microstructural evolution and micro-hardness change in a low-carbon vanadium steel(( 0.058)% c-0.92% mn-0.51% v) during isothermal holding after austenite region deformation were investigated with thermo-mechanical test, and the precipitation of v ( c, n) was studied through tem.

通过热模拟试验，研究了0.058%C-0.92%Mn-0.51%V钢在变形后等温过程中的组织变化规律及显微硬度变化规律，并用透射电镜研究了V（C，N）的沉淀析出规律。

numerical prediction of ferrite grain size with the influence of deformation in austenite non-recrystallization region

奥氏体未再结晶区变形对铁素体晶粒尺寸影响的数值计算

it has been shown that the cooling rate in austenite region influences the grain size and kinetics of continuous cooling tranformation of recrystallized austenite.

结果表明，再结晶控轧后，奥氏体区的冷却速度（1000～820℃）对再结晶奥氏体的晶粒尺寸和随后的连续冷却转变动力学都有影响。

the experimental results show that the single-phase ferrite matrix microstructure could be obtained by isothermal holding at 650 ℃, 700 ℃ and 750 ℃ after austenite region deformation while the pearlite could be eliminated.

结果表明，变形后在650、700、750℃等温100s时可获得单相铁素体组织，从而基本消除珠光体组织。

on the basis of experiments, the mathematical models for static recrystallization of test steels were built. ( 3) according to hot dilatometric value and micrographs observation, the deformation conditions in austenite region were investigated.

在实验基础上建立了实验钢静态再结晶软化率数学模型。（3）根据热膨胀曲线和金相观察结果，对实验钢奥氏体变形条件对连续冷却相变和显微组织的影响进行研究。

with the increase of deformation, the increment of flowing stress at 850 ℃ is far lower than that at 950 ℃, the largest flowing stress in ferrite region at 850 ℃ is lower than the smallest flowing stress in single-phase pure austenite region at 950 ℃.

随着变形量的增加，流变应力在850℃时的增加幅度远小于950℃时的增加幅度，铁素体区的最大流变应力在850℃比单相奥氏体950℃的最小流变应力还要低。

A special method on quantitative analysis of remnant austenite

残余奥氏体定量分析的特殊方法

Observation and analysis of feathery austenite of hypoeutectoid steel

亚共析钢羽毛状奥氏体观察与分析

An improvement of the etching technique for displaying austenite grains in hull structure plate steel

船板钢奥氏体晶粒浸蚀显示方法的改进

Effect of Si on the Quantity of Austenite Dendrite in High Ratio Si/ C Grey Iron

Si对高Si／C比灰铸铁奥氏体枝晶数量的影响规律

The Martensitic Phase Transformation in Austenite Stainless Steel under High Velocity Impact

撞击条件下奥氏体不锈钢中的马氏体相变

The transformation diagrams of super-cooled austenite are described by polynomial-like function and cubic spline function. The database of diagrams is set up on computer, which provides abundant preparations for the following work.

用拟和法及三次样条函数描述了钢的过冷奥氏体冷却转变曲线，在微机上建立了曲线数据库，为后续工作做了充分的准备工作。

Effect of Martensite on Stability of Passive Film of Austenite Stainless Steel

奥氏体不锈钢中马氏体含量对其钝化膜稳定性的影响

It is got from the stretching fracture that the main function of the austenite dendrite crystal during the course of fracture is to stop the spread of the crack, increase the energy needed for fracture, and improve the cast-iron bars' strength. 5.

从拉伸断口可以得出：奥氏体枝晶在铸铁型材的断裂过程中主要表现为阻止裂纹扩展的作用，增加断裂所需的能量，提高铸铁型材的强度。

As the peak temperature of thermal simulation, which was higher than Ac3, increased, the prior austenite grain size and the martensite lath size increased, and consequently the impact toughness depressed.

模拟热循环的峰温高于Ac3时，随着峰温的提高，奥氏体晶粒明显长大，马氏体板条尺寸也相应增大，因此冲击韧性相应下降。

In this experiment, the fiber microstructure forming by great cold deformation which prominently double the tensile strength of stainless steel strip was observed in austenite stainless steel strip.

奥氏体不锈钢丝经压扁轧制后组织呈现纤维状，本实验条件下，冷变形后抗拉强度提高约1倍以上；

Developing "carbide free bainite/ martensite microstructure with retained austenite film" technique is introduced.

发展无碳化物贝/马组织和富碳残奥薄膜以做到中低温回火合结钢的强韧化优良配合。