Elastic alloy

Study on Aging Phase Transformation Process and Properties in Constant Elastic Alloy

Fe-Ni基恒弹性合金效相变过程及性能的研究

Low electric resistance Cu - be elastic alloy

低电阻Cu－Be弹性合金

Studies on New Elastic Alloy

新型弹性合金研究

An Experimental Study on Super - Elastic Alloy Sealer

一种超弹性合金密封体的实验研究

Constant elastic alloy for frequency element

频率元件用恒弹性合金

Effect of Trace Elements on Properties of Cu-Ni-Zn-Mn Elastic Alloy

微量元素对Cu-Ni-Zn-Mn弹性合金性能的影响

Study of the elastic alloy with non - magnetism , constant modulus and corrosion resistance to sea water

耐海水腐蚀无磁恒弹性合金的研制

Influence of trace elements and thermomechanical treatment on fatigue performance of Cu based elastic alloy has been investigated .

结果表明：铜基弹性合金通过多元少量微合金化与形变热处理工艺相配合，能显著提高材料的疲劳性能。

Effects of Cold-Rolling Reduction and Ageing Temperature on the Resonant Frequency-Temperature Curve of Constant Elastic Alloy

冷变形和时效温度对扭振时恒弹性合金fs-T曲线的影响

Based on the electrochemical property of co-based elastic alloy analysis , the process parameters were optimized . Finally , the full elastic sensitive element which meets the processing requirements was successfully manufactured .

在分析了钴基弹性合金材料的电化学特性的基础上，进行工艺参数优化，最终成功加工出满足要求的完整弹性敏感元件。

Calculations for Circular Arc Type Corrugated Membrane The feasibility and reliability of imported 316L alloy diaphragn substituted by 3YC20 ( self-made ) elastic alloy diaphragm in imported instruments were studied .

本文从设计计算，制造与应用3方面，就国产3YC20弹性合金（系机电部重庆仪表材料研究所产品牌号，相当于00Cr17Ni13M03）制造替代进口的316L材料的波纹膜片膜盒，进行了实验研究。

STUDY ON INTERPENETRATING NETWORKS OF EPOXY RESIN / POLYURETHANE III. COMPARISION OF PROPERTIES OF INTERPENETRATING NETWORKS OF DIFFERENT POLYMER COMPOSITIONS The comparision of properties of this alloy to that of several similar elastic alloy has been made .

环氧树脂/聚氨酯互穿网络的研究Ⅲ不同互穿网络体系热性能比较本文对与本合金相近的12种合金进行了性能比较。

This kind of inertial MEMS components are made of high-performance elastic alloy with characteristic dimension of 10 μ m ~ 100 μ m and machining accuracy of ± 1 μ m. It also has strict requirement on the residual stress .

该类惯性MEMS器件由高弹性合金制作，特征尺寸在10μm~200μm，加工精度要求在±1μm，而且对加工残余应力有较高要求。

High Temperature Resistant and Elastic Ni-Be Alloy

高温弹性镍铍合金

A New Type of Copper-based Elastic Cu-Ni-Al Alloy

新型铜基弹性CU-Ni-Al系合金

Sn-P bronze is an elastic copper-based alloy with the requirements of high accurate of dimension , good surface quality , excellent shape of strip and properties for production .

锡磷青铜作为广泛应用的弹性合金材料，生产上要求其尺寸精度高、表面质量好、板形和性能优良。

Study on an Elastic and Electro-conductive Alloy for High-Temperature Electric Connectors

高温电连接器用导电弹性合金的研究

High Elastic Cu Ni Sn Alloy for Electronics Application

高弹性导电合金Cu-Ni-Sn的研究现状

3-D Finite Element Method Analysis of Low Elastic Modulus β Ti Alloy Implant-bone Interface Stress Distribution

新型低弹性模量β钛合金种植体骨界面应力分布三维有限元分析

The static elastic modulus of the alloy is lower than 30 GPa .

合金的静态弹性模量小于30GPa；

Second and third order elastic constants of titanium alloy TC-6

钛合金（TC-6）二阶及三阶弹性常数

The hardness and elastic modulus of the alloy were investigated by means of nano-indentation technology .

利用纳米压入测量仪测试了不同组织结构下的硬度和弹性模量。

However , the stability of structure components is predominant due to the low value of the elastic modulus of aluminum alloy .

但由于铝合金材料弹性模量较低，构件的失稳问题显得尤为突出。

The Effects of the New Low Elastic Modulus β Ti Alloy on Bone Healing of Femur Fracture in the Rat Model

新型低弹高强度钛合金髓内钉对大鼠股骨骨折愈合的影响

We believe that the new low elastic modulus β Ti alloy will have a bright prospect of orthopedic applications .

我们相信，新型低弹β钛合金将在骨科领域有更广阔的应用。

Elastic Brass - 135 Alloy

弹性黄铜&135合金

β phase in Cu based alloy will be precipitated by large cold deformation and aging treatment , which leads to strengthen the matrix and increase the elastic modulus of the alloy .

通过大的冷变形和时效处理等工艺措施使β相析出，起到强化基体的作用，并能使合金的弹性模量有所提高。

In order to meet the standard of biomedical material , it is required to increase the strength and decrease the elastic modulus of the alloy to get the best strength-elasticity ratio .

为了使材料更符合生物医用的标准，需要提高合金的强度，同时降低合金的弹性模量，以得到最佳的强度和弹性比。

When the elastic modulus of plastic alloy underlayer increases , the pressure of the bearing increases , the thickness of the water film decreases , water film covers less and bear weight capacity increases .

塑料合金层弹性模量增大，水膜压力增大，水膜厚度减小，水膜覆盖更少，承载能力增大。

Texture and Elastic Anisotropy of a High Elastic Titanium Alloy

高弹钛合金板材的织构与弹性各向异性