martensite的例句大全

The Application of a Low Carbon Martensite Steel without Quenching-tempering Treatment in Automobile Industry

低碳马氏体型非调质钢在汽车工业中的应用

Study on Isothermal Hardening of Martensite for the Steel Bonded Hard Alloy

钢结硬质合金的马氏体等温淬火研究

The results show that the hypereutectic structure, which contained alloy carbides ( Cr7C3) with the hexagonal or stripy feature and with the wavy boundary and had a martensite matrix with a small amount of austenite, performed the best abrasion resistance.

试验结果表明：堆焊合金中具有波形边界的一次六角形或条状碳化物（Cr7C3）、且基体为大量马氏体加少量奥氏体的过共晶组织抗磨料磨损性最佳；

Study on Dual-phase Heat Treatment of Martensite and Bainite of the M2 High Speed Steel

M2高速钢马氏体-贝氏体复相热处理

The analysis of X diffraction of the samples after hardening showed that under shot peening conditions, the strengthening mechanism of high manganese steel had deformation twinning density and dislocation density but no Martensite strengthening.

加工硬化后试样的X衍射分析显示，在喷丸处理条件下，高锰钢的加工硬化机制为位错理论和孪晶硬化理论，没有诱发马氏体相变。

The Influence of Cold Work of Austenitic Stainless on Martensite and SSCC

奥氏体不锈钢冷加工与形变马氏体及耐应力腐蚀的关系

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。

While, the surface tilt angles of the new plates formed in austenite matrix are close to the theoretical value of the ε martensite.

而在基体中新生的板条状组织的表面浮凸角度都接近于ε马氏体的理论值。

Erosive Wear of High-Cr Cast Iron With Austenite or Martensite Matrix

奥氏体基体和马氏体基体高铬铸铁的冲蚀磨损特性

A study was wade to increase its surface layer hardness by subzero treatment, during which retained austenite transformed into martensite.

通过深冷处理可使部分残余奥氏体转变成马氏体，从而提高了表面硬度。

Macroscopic Lattice Deformation Characteristic and its Crystallographic Analysis of Lath Martensite Transformation

板条马氏体的宏观点阵变形特征及其相变晶体学研究

Effect of Lath Martensite Morphology on the Mechanical Properties of Steel

条状马氏体形态对钢力学性质的影响

The Effect of Microstructure on Crack Initiation and Steady State Propagation of Lath Martensite

微观结构对板条马氏体启裂和裂纹稳态扩展的影响

The main microstructure features of fatigue failure are martensite lath or martensite packet.

疲劳断裂的基本组织单元为板条晶或板条束。

Thinning and damage of martensite laths and increase of dislocation density in laths during severe rolling;

大变形轧制细化、破碎板条马氏体，并进一步增加了组织中的位错密度；

The microstructure of surfacing metal is lath martensite and carbide.

堆焊层显微组织为低碳马氏体和碳化物。

They are dislocated lath martensite area and twinned martensite area respectively.

这些微区分别为内孪晶马氏体区和位错板条马氏体区。

At high temperature and low strain rate, the lath martensite reorientates to the loading direction.

当试验温度较高且应变率较低时，伴随有马氏体板条向拉伸方向偏转的细观特征。

The microstructures of the steel are fine lath martensite after "zero time holding" quenched.

零保温淬火后可获得细小的板条状马氏体组织。

The microstructure evolution and grain-refining mechanism of the process, severe rolling of lath martensite, was studied.

分析了采用板条马氏体大变形轧制工艺制备超细晶钢板时的显微组织演变过程及其晶粒细化机制。