1) superelastic alloy
超弹性合金
1.
Transformation and deformation characteristics of Ti-Ni-Co(Cr,V)superelastic alloys;
Ti-Ni-Co(Cr,V)超弹性合金的相变和形变特性
2.
8Ni(atomic fraction,%)superelastic alloy were investigated by DSC and tensile test.
8Ni(原子分数,%)超弹性合金相变和形变特性的影响。
3.
Mechanical properties of NiTi superelastic alloy wire has been widely studied by means of uniaxial tension and compression tests.
近20年来超弹性合金在机械和电子行业得到了广泛应用,但关于其性能的研究工作主要集中在丝材单向加载条件下,而对于复杂加载情况则涉及较少。
2) Cu-Al-Be superelastic alloy
Cu-Al-Be超弹性合金
1.
The characteristic of martensitic growth and change of structure were observed by microscopy during the tensile tests of Cu-Al-Be superelastic alloy.
对Cu-Al-Be超弹性合金做拉伸试验,用金相显微镜原位观察马氏体生长特点和组织变化。
3) super-elastic NiTi alloy
超弹性NiTi合金
1.
A stress-induced martensitic transformation and its reverse transformation will occur in the super-elastic NiTi alloy under the cyclic tension-unloading tests; while a martensite re-orientation will take place in the shape-memory NiTi alloy during the cyclic tension-unloading tests.
超弹性NiTi合金在循环加载和卸载过程中不断发生应力诱发马氏体相变和逆相变,而形状记忆NiTi合金在循环加载和卸载过程中不断发生应力诱发马氏体的重定向和弹性卸载。
4) shape memory alloys/superelasticity
形状记忆合金/超弹性
5) pseudo-elastic TiNi alloys
超弹TiNi合金
1.
FEM study of smart tribological properties of pseudo-elastic TiNi alloys;
超弹TiNi合金机敏摩擦学特性的有限元研究
6) Elastic alloy
弹性合金
1.
A Research on Thermal Treatment of Elastic Alloy Ni36CrTiAl(3J1);
Ni36CrTiAl(3J1)弹性合金的热处理工艺研究
2.
This paper describes the development and application of the beryllium bronze,introduces its ad- vantages and shortcomings,discusses the development of new elastic alloys like Cu-Ni-Sn as well as its processing technology,microstructure and properties,and forcasts prospect of future development of new Cu-Ni-Sn alloy.
阐述了铍青铜弹性合金的发展和应用,讨论了它的优点和缺点所在。
补充资料：弹性合金
| 弹性合金 spring alloy 具有显著弹性特性的精密合金。弹性合金在静态和交变载荷作用下有很强的抗微塑性变形能力和抗松弛特性，此外还具有无磁性、硬度高、电阻率低、弹性模量温度系数低、内耗小等性能。一般分为高弹性合金和恒弹性合金两类。前者弹性极限高，滞弹性效应低，耐热性好，能在较高温度下工作，主要有特殊高弹性合金、铁基弹性合金和铜基弹性合金。高弹性合金用于制造膜盒、膜片、弹簧片、高应力弹簧、发条等。恒弹性合金在一定温度范围内弹性模量几乎不随温度变化，其典型合金是艾林瓦合金，这种合金在0～40℃的温度内，其弹性模量温度系数几乎为零。用艾林瓦合金制成的手表游丝，免去了原来的补偿件，使手表的走时误差减少1／4。恒弹性合金主要用来制造高精度的控制测量设备的敏感元件，如膜盒、气压表盒、压力传感器，以及精密弹簧、游丝、音叉、延迟线等。 |
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参考词条