martensitic的例句大全

The results show that the fully crystallized thin films are tetragonal structure martensitic phase at room temperature. The Ar working pressure has dramatically effect on the compositions of Ni-Mn-Ga thin films.

试验结果表明，Ar工作压强对Ni-Mn-Ga薄膜化学成分有显著影响。

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On the other hand, the Ti-Ni-Cu alloys show narrow transformation temperature hysteresis and relatively high martensitic transformation temperature.

另一方面，Ti-Ni-Cu三元形状记忆合金则拥有较高的相变温度和较窄的相变温度迟滞，可以作为很好的驱动材料。

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The martensitic transformation temperatures could be considerably increased by increasing Mn and decreasing Ga with fixed Ni content, while the temperature hysteresis becomes narrow and Curie temperature keeps constant.

保持Ni含量不变，增加Mn，降低Ga含量会使马氏体相变温度明显提高，同时相变滞后温区减小，居里温度基本不变。

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In Ni-rich Ti_49. 4Ni_50. 6 film R phase transformation temperature and the thermal hysteresis of both R phase and martensitic transformation decrease with increasing the aging temperature, while the martensitic transformation temperature increases.

Ti（49.4）Ni（50.6）薄膜R相变温度降低，马氏体相变温度升高，R相变和马氏体相变热滞降低。

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Conventional heat treatment of low alloy martensitic wear-resistant steel is quenching and low-temperature tempering process, from which it can get tempered martensite structure which has a good combination of strength and toughness.

低合金马氏体耐磨钢的传统热处理工艺为淬火后低温回火，得到回火马氏体组织，具有良好的强度、硬度和韧性的配合。

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These steels are aged hardenable martensitic steels. The superior combination of strength and toughness is achieved through precipitation of fine M_2C alloy carbide by quenched and aged treatment.

该类型钢是一种时效硬化马氏体钢，通过淬火和时效处理析出弥散细小合金碳化物M＿C，达到强度与韧性的最佳配合。

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Laser model& a microscopic theory of martensitic transformation I. some basic concepts and a simple statistic model

马氏体相变的微观理论&LASER模型Ⅰ.基本概念和简单统计模型

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Microscopic Numerical Simulation of Temperature-changed Martensitic Transformation based upon Thermal Elastic Theory of Anisotropy; Discussion of heat exchange plate micro-distortion characteristics of plate exchanger

基于各向异性热弹性理论的变温马氏体相变的细观数值模拟板式换热器换热板片微变形特性浅析

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Further studies show that repetitive stress induced y →ε martensitic transformation and its reverse transformation in the cyclic course can enhance the fatigue life of Fe-Mn-Si shape memory alloy by reducing crack-tip stress, restraining plastic sliding deformation and delaying the formation and extension of microcracks.

循环过程中的应力诱发马氏体正、逆相变及其相变伪弹性能降低应力集中，抑制塑性滑移变形，减少微裂纹形成的几率，从而提高Fe-Mn-Si形状记忆合金的应变疲劳寿命。

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Study on Immediate Quenching Process of Martensitic Based Spheroidal Graphite Cast Iron Grinding Ball

马氏体基球墨铸铁磨球的余热淬火工艺分析

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The three body corrosion wear behaviors of martensitic ductile iron and low chromium white cast iron under the test conditions of different pH value slurries have been studied.

对马氏体球墨铸铁在不同pH值石英砂浆中的静载三体腐蚀磨损特性进行了试验研究，并与低铬白口铸铁进行了对比。

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In the process of deep-drawn strain test for CR 304 stainless steel plates, the strain distribution law in each area of the deep-drawn parts, the martensitic transformation analysis, wall thickness and history of hardness change are carefully studied through using martensitic transformation analysis method.

应用马氏体转变分析方法，对304不锈钢冷轧板拉深应变试验过程中拉深件各个区域的应变分布规律、马氏体转变分析、壁厚、硬度变化历史进行了研究；

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Effect of strength and carbon content of austenite on martensitic and bainitic transformations

奥氏体强化和其中碳含量对马氏体及贝氏体相变的影响

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generally, ultra-high strength martensitic steel exhibited a poor toughness.

对于超高强度马氏体钢而言，其韧性通常较差。

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strain induced martensitic transformation in fatigue crack tip zone for an ultra-high strength steel

超高强度钢疲劳塑性区内的应变诱发马氏体相变

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The characters of martensitic transformation have been investigated by means of electrical resistivity measurement, thermal expansion measurement, Differential Scanning Calorimeter ( DSC) measurement, optical microstructure etc.

采用电阻测试、膨胀测试、DSC测量、金相等手段分析了马氏体相变过程的特征；

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Corrosion fatigue crack propagation of martensitic and bainitic GC-4 ultra-high strength steel

马氏体与贝氏体组织GC-4超高强度钢的腐蚀疲劳裂纹扩展

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Performance improvement of high strength bolts by low-carbon martensitic lath struc-ture

低碳板条马氏体组织对高强度螺栓性能的改善

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Under some conditions, the elastic wave soften, which provide the prestrain for the nucleation of the following martensitic transformation.

在一定的条件下，弹性模软化，为后继马氏体形核提供预应变。

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The martensitic transformation temperature and e/ a increase with the Ar working pressure increasing, the martensitic phase with tetragonal structure can be obtained at room temperature.

随Ar工作压强的升高，薄膜的e/a值逐渐增大，薄膜的相变温度逐渐升高，室温下可以获得具有四方结构马氏体相的Ni-Mn-Ga薄膜。

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