martensitic

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 design and development of a low-carbon martensitic ultra-high strength steel

低碳马氏体型超高强度钢的设计与开发

Status and Tendency of Development for Cast Low Carbon Martensitic Stainless Steel

铸造低碳马氏体不锈钢的现状与发展趋势

Application limitation and development trend of low carbon martensitic steels

低碳马氏体钢的应用局限性和发展趋向

The size effect on start temperature of martensitic transformation, Ms, is summarized.

总结了马氏体相变的尺寸效应.

The Application of the Simplex Optimization Method in the Calculation of Martensitic structure

单纯形优化法在马氏体相结构计算中的应用

New Methods on the Determination of Martensitic Transformation Shear Angle and Lattice Parameters;

马氏体相变切变角和点阵常数测定的新方法◆剪切角可调，减少板料扭曲变形。

Antiferromagnetic transition has soft modulus effect while martensitic transformation also accompanied by a soft phonon mode.

反铁磁转变存在模量软化,马氏体相变也具有声学软模.

The development of low activation martensitic steels for fusion reactor

聚变堆低活化马氏体钢的发展

Effect of Post Heat Treatment on Mechanical Performance of Martensitic Steel Weld

后热处理对新型马氏体耐热钢焊缝性能的影响

It can be obtained that quantity of the martensitic transformation reduces with the increase of these factors.

结果表明，随着这两个因子的增大，马氏体的转变量变小。

Gas Nitriding Treatment of Piston Ring Made of Martensitic Stainless Steel

马氏体不锈钢活塞环的气体氮化

The critical driving force martensitic pretransition has been calculated based on the Hamiltonian containing electron-phonon interaction.

基于电子 - 声子相互作用计算了马氏体预相变的临界驱动力.

A Study of Martensitic Stainless Steel with Free-Cutting and High Hardness

易切削高硬度马氏体不锈钢研究

The martensitic transformation of several industrial steels was studied, such as 65 Mn, 60 Si 2 Mn , 9 CrSi, CrWMn, 5 CrMnMo and 42 CrMo.

研究了工业用钢65Mn 、 60Si2Mn 、 9CrSi、CrWMn 、 5CrMnMo、42CrMo淬火马氏体的形成过程.

Martensitic transformation is one of the important means to improve the properties of steel and iron.

马氏体相变是改善钢铁材料力学性能的1种重要途径。

This stainless steel normally magnetic due to its martensitic structure and iron-content.

这种不锈钢具有马氏体结构和铁元素,因此具有正常的磁特性.

The stress takes some effects on the martensitic transformation.

应力对于马氏体相变有一定的影响。

Through theory analysis a mathmatical relation between martensitic { 112 } crystal plane diffraction peak is established.

通过讨论分析,建立了马氏体碳浓度与马氏体{112}晶面族衍射峰双线分离距离之间的关系式.

The last decade development of martensitic transformation in nanostructured materials and thermodynamic studies are reviewed.

概括了近十年来,纳米材料的马氏体相变和热力学研究的最新结果.

Martensitic Phase Transformation Plasticity and Its Application in Numerical Simulation of Quenching

马氏体相变塑性及其在淬火数值模拟中的应用

High voltage TEM observation of thermoelastic martensitic transformation in a Cu-Zn-Al Alloy

Cu-Zn-Al合金中热弹性马氏体的高压电镜观察

A new phonon model of excitation martensitic transformation is presented.

本文提出了一个新的激发马氏体相变的声子模型。

Study on heat treatment process of new type Martensitic wear resistant steel

新型马氏休耐磨钢的热处理工艺研究

Prediction of M_s Temperature of Martensitic Stainless Steel by Fuzzy Identification Method

模糊辨识方法预测马氏体不锈钢M s温度

Influence of Carbon Content on the Characteristic of Martensitic Steel in Abrasion

含碳量对马氏体钢磨料磨损特性的影响

Study on China Low Activation Martensitic Steel in Laser Weld

中国低活化马氏体钢的激光焊接研究

For thetempeture-changed martensitic transformation, temperature stress is main origin of itsstess.

对于变温马氏体相变, 温度应力是其应力主要来源.

Hydrogen embrittlement can become important in martensitic steels.

马氏体钢容易浮现氢脆现象.

Predicting the martensitic transformation start temperature using back-propagation artificial neural networks

用反向传播人工神经网络预测低碳低合金钢的马氏体转变开始温度