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1·Deposit of martensitic type.

马氏体型熔敷。

2·The stress takes some effects on the martensitic transformation.

应力对于马氏体相变有一定的影响。

3·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。

4·The mechanism of laser hardening is martensitic hardening and grain refining.

激光相变硬化机理主要是马氏体强化和晶粒细化。

5·Perspective in further study and applications of martensitic transformations was presented.

对马氏体相变的继续研究和应用作了展望。

6·XRD investigation shows that martensitic phase transformation takes place in the white layers.

射线衍射表明白层内发生了马氏体相变。

7·Structural steels, Carbon content. Low-alloy steels. Ferritic and martensitic stainless steels.

结构钢，碳钢，低合金钢，鉄素体和马氏体不锈钢。

8·The chemical constituent change in bond area is the main factor that makes the martensitic zone.

熔合区化学成分的变化是马氏体带形成的主要原因。

9·The AFM observation of martensitic surface relief effect showed to be direct, accurate and vivid.

AFM对马氏体相变形状应变特征的观测更直观、准确和真实。

10·The microstructure reconstruction during the martensitic nucleation and growth processes was analysed.

分析了马氏体形核和长大过程中系统微观结构的变化规律。

马氏体的

1·The mechanism of laser hardening is martensitic hardening and grain refining.

激光相变硬化机理主要是马氏体强化和晶粒细化。

2·Various influence factors were analyzed in detail on nitriding distortion of the piston rings made of martensitic stainless steel based on abundant researches.

在大量试验的基础上，深入分析并研究了马氏体不锈钢活塞环渗氮畸变的各项影响因素。

3·This paper gives a survey of development and application of microalloyed engineering steels, including those with ferritic -pearlitic, bainitic, and martensitic structures.

本文概述了非调质钢的开发和应用现状，其中包括铁素体一珠光体、贝氏体以及马氏体非调质钢。

4·The SMA model arises from the conservation laws of momentum and energy, and describes martensitic phase transitions in one-dimensional shape memory alloys.

形状记忆合金模型来自动能守恒定律，描述了一维形状记忆合金的马氏体相变。

5·Structural steels, Carbon content. Low-alloy steels. Ferritic and martensitic stainless steels.

结构钢，碳钢，低合金钢，鉄素体和马氏体不锈钢。

(1)martensitic transformation马氏体转变；马顿斯体式变化；麻田散体式变化