invar

1. Microstructures of Si/ SiC Ceramic and Invar Alloy Brazing Joint
   Si/SiC复相陶瓷与殷钢钎焊接头组织结构研究
2. Study on iron – nickel invar alloy prepared by electrodeposition
   电沉积制备铁-镍因瓦合金的工艺研究
3. Invar low expansion alloy
   因瓦低膨胀系数镍铁合金
4. This result provided the experimental evidence that the invar effect of the metal-metal amor.
   相对应，从而在非晶态金属-金属型因瓦合金中证实了因瓦效应与铁磁性的不稳定有关。
5. Geodetic leveling should be done with staves in which the divisions are marked on a strip of invar.
   大地水准测量必须使用刻度标于不胀钢片上的水准标尺。
6. Selection of abrasives in precision grinding of Invar 36 alloy
   精密磨削Invar36合金时的磨料选择
7. It gives the principle and method of design that coaxial capacitive voltage divider by the invar alloy.
   给出了以因瓦合金为材料的同轴电容分压器的原理和设计方法。
8. Effect of Ce on the solidification structure of Fe-Ni base Invar expansion alloys
   Ce对Fe-Ni膨胀合金凝固组织的影响
9. Study on electrodeposition process of invar alloy foil in a fluoroborate electrolyte
   氟硼酸盐体系电沉积因瓦合金箔的工艺研究硬质合金牙尖的卡瓦
10. Automatic Measurement System of Invar Rods Based on Image Processing
    基于图像处理的铟钢尺自动检测系统
11. If the pendulum is made of invar, the bob does not rise or fall much. So the clock keeps good time in summer and winter.
    如果用不胀钢做钟摆，摆锤升降的距离就很小，这样无论夏季或冬季，钟都走得很准。
12. The Study of Collective Excitations and Invar Effect Dynamics in Heisenberg System Based on Magnon-phonon Interaction interaction of magnetic dipoles
    以磁振子&声子相互作用研究海森堡系统的集体激发与因瓦效应动力学
13. Application of Photoelectricity Sensor in Bar Code Staff Precision Test System Geodetic leveling should be done with staves in which the divisions are marked on a strip of invar.
    光电检测传感器在条码型水准尺精密检测系统中的应用大地水准测量必须使用刻度标于不胀钢片上的水准标尺。
14. Surface microstructure and corrosion resistance of electrodeposited invar alloy foil
    因瓦合金箔电沉积的制备及其微观结构和耐蚀性
15. Magnetic properties and invar effect of a-tm-zr alloys
    a-TM-Zr合金的磁性质与invar效应
16. According to comparisons on corresponding three phonon spectra, the phonon softening related with Invar effect are observed.
    从3组声子谱的比较中，观察到了与因瓦效应相关的声子软化现象。
17. Elevated Temperature Deformation Behaviour and Mechanical Characteristics of Invar Alloy Used for Shadow Mask
    显示器荫罩用因瓦合金的高温变形行为与力学特性
18. Furthermore, in order to meet the Invar alloy as special structural material, Some elements such as Ti 、 Al with strengthening effect were added into the alloy, new type alloy with high strength, good plasticity and lower linear expansion coefficient was exploited.
    为了满足因瓦合金作为特殊结构材料使用方面的需求，向合金中加入Ti、Al强化元素，开发出高强度并具有较好塑性及较低的线膨胀系数的新型合金。
19. Mechanical Property and Expanding Property of Age Hardened Fe-Ni-Ti-Al Invar Alloy
    时效强化Fe-Ni-Ti-Al因瓦合金的力学与膨胀特性
20. In this work, the difference between the stiffness coefficients obtained from the inelastic neutron scattering and the magnetization measurements for amorphous Invar alloys was also explained.
    本工作也较好地解释了非晶态Invar合金中由中子非弹性散射和磁化强度测量所获得的自旋波劲度常数的差异。
21. The basis of development for these kind of alloys was established by discovery of "Invar effect" and "age-hardening".
    “因瓦效应”和“时效硬化”现象的发现奠定了低膨胀高温合金发展的基础。
22. Invar Effect and Neutron Scattering
    因瓦效应与中子散射
23. Mossbauer study of Fe-Ni invar alloys mingled with Pr
    掺加Pr的Fe-Ni因瓦合金的穆斯堡尔谱分析
24. The electronic package parts of Invar alloy were prepared by powder injection molding.
    研究了粉末注射成型技术生产Invar合金电子封装零件的工艺。
25. Macroscopic ( Static) properties and their relationship in amorphous Fe Zr based ( TM TM) Invar alloys.
    非晶态Fe-Zr基（TM-TM）因瓦合金的各种宏观（静态）反常特性及其相互联系。
26. However, the physical and mechanical properties of Invar 36 alloy are very different from other alloys, and its machinability, machined surface integrity and deformation induced by the residual stress have not been well understood, which limited the application of Invar 36 alloy.
    然而，Invar36合金在物理特性、机械性能等方面与普通合金差异较大，对Invar36合金的加工性、加工表面完整性以及加工残余应力引起的变形等重要方面认识的不足限制了该合金的应用。
27. This thesis systematically studied various anomalies and their relationship for amorphous Fe-Zr based Invar alloys, and placed emphasis on the dynamical properties which were not ever reported in the literatures.
    本文系统地研究了Fe-Zr基非晶态因瓦合金的各种反常特性及其相互联系，重点在于弥补晶格动力学研究方面的空白。
28. The grinding chips of Invar 36 alloy were normally curved with fibroid shape.
    Invar36合金正常磨屑呈弯曲的纤维状。

noun

1. an alloy of iron and nickel having a low coefficient of thermal expansion