Shape memory alloy is a new type of functional material studied widely in recent years that usually displays shape memory effect by means of temperature - or stress-inducted phase transformation.
形状记忆合金是近年来研究较多的一种新型功能材料，它是利用应力和温度诱发相变的机理来实现形状记忆功能的。
The shape memory effect of the alloy with 0.12% carbon was lower than the alloy with ultra-low carbon.
当预变形量相同时，含0.12%碳的合金的形状记忆效应低于超低碳合金。
The different transformation model can produce different shear strain, so they show different shape memory effect.
采取不同的相变模式产生不同的切变应变，合金获得不同的形状记忆效应。
Martensite obtained by rapid quenching has 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。
The conception of shape memory factor is defined to describe the superelasticity and shape memory effect of shape memory alloys.
定义了一个能反映形状记忆合金超弹性和形状记忆效应的概念：形状记忆因子。
All of above mentioned microstructure features are the reason for good shape memory effect and a narrow temperatures hysteresis of phase transformation in TiNiCu alloy.
马氏体的正、逆相变遵循完全相同的路径，上述这些特点正是该合金具有良好的形状记忆效应以及窄的相变温度滞后的原因。
Shape memory alloy (SMA) has been one of functional materials deserved to studying due to its outstanding shape memory effect, pseudo-elasticity and high damping capacity.
形状记忆合金由于其优良的形状记忆效应、相变伪弹性和高阻尼特性一直是最值得研究的功能材料之一。
A new internal variable, shape memory factor, was defined, it can describe the shape memory effect and superelasticity of shape memory alloy and possesses clear physical meaning.
定义了能够有效描述形状记忆合金的超弹性和形状记忆效应的新的内变量：形状记忆因子。
Shape memory effect of alloy is obtained by making use of martensitic phase transformation induced by stress or temperature. Shape memory alloy is a new kind of function materials.
形状记忆合金利用应力诱发马氏体相变或温度诱发马氏体相变实现形状记忆效应，是一种新兴的功能材料。
Shape memory effect of alloy is obtained by making use of martensitic phase transformation induced by stress or temperature. Shape memory alloy is a new kind of function materials.
形状记忆合金利用应力诱发马氏体相变或温度诱发马氏体相变实现形状记忆效应，是一种新兴的功能材料。
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