Today we answer the a question Marten Martin in Mexico City.

These marten of good quality colour , they are also tastefully packed. They will surely sell well.

这批貂皮大衣质量高,成色好,包装精致,销售起来一定顺利.

These marten overcoats are tastefully packed.

这批貂皮大衣的包装十分精美.

Olaf Martens pursues his own ideas.

马斯滕对自己的观念一意孤行.

Martensite obtained by rapid quenching a slightly lower shape memory effect and a higher recovery temperature.

急冷淬火获得的马氏体记忆效应略低且恢复温度较高.

This equation reflects the special character of martensite phase transformation well.

该方程能较好地反映马氏体相变特征.

Matrix should be of martensite , because it can resist impact and has little deformation.

基体应是马氏体, 它能抵抗冲击,变形小.

As for small diameter workpiece, martensite distribution can be obtained by immediately quenching.

对于直径较细的工件, 轧后立即淬火几乎可得到全部马氏体.

The banded structure in SWRH 77 B high carbon steel rod might be martensite.

结果表明:高碳盘条中的带状组织为马氏体.

The relationship between deformation-induced martensite transformation and pitting susceptibility of 304 stainless steel in 3.

本文研究了奥氏体304不锈钢形变诱发马氏体相变与孔蚀敏感性的关系.

The decomposition and transformation of the retained austenite in bainite differ from that in martensite.

贝氏体中的残余奥氏体分解和转变的行为与马氏体中的不同.

The low carbon martensite constituent found for lower heat input makes CGHAZ toughness be bad.

较低的热输入下CGHAZ中产生了一定量的低碳马氏体,从而导致韧性较差.

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.

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.

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.

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.

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 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.

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 stress takes some effects on the martensitic transformation.

应力对于马氏体相变有一定的影响.