Solid solution alloy

The alloy stacking fault energy of four solid solution alloy A1-Nk Cu-Ag > Pb-Ag > Cu-Pb in all compositions have been calculated by using the modified analytical embedded atom method ( MAEAM ) .

采用改进分析型嵌入原子法（MAEAM）计算了Al-Ni、Cu-Ag、Pb-Ag、Cu-Pb等4种固溶体合金在全成分内的合金层错能；

Study on the Short Range Order Parameter of a Solid Solution Alloy

Cu－Pd合金固溶体短程序参数测定

Structure Analysis of Pd-20W Solid Solution Alloy

Pd-20W合金固溶体的结构分析

Analysis of Valence Electron Structure of Ni-Co Solid Solution Alloy & Preliminary Approach to Cobalt Effect on Alloys

Ni-Co固溶体合金价电子结构分析&Co在合金中作用的初步探讨

The results show that the large current discharge property of V-based solid solution alloy V_3TiNi_ ( 0.56 ) Cr_ ( 0.1 ) is poor .

结果表明：钒基固溶体V3TiNi0.56Cr0.1贮氢合金电极的大电流放电性能较差。

As a new kind of storage hydrogen material , vanadium-based solid solution alloy has bright future , With high hydrogen storage capacity ( 3.8wt % ), and excellent diffusion rate in vanadium-based hydride .

钒基固溶体贮氢合金作为一种新型的贮氢材料，具有可逆贮氢量大（3.8wt%），氢在合金中的扩散速度较快等优点，具有广阔的发展前途。

As a new kind of storage hydrogen material , vanadium-based solid solution alloy with high hydrogen storage capacity has attracted a lot of attention . However , traditional manufacture of pure vanadium with high cost limits its application .

钒基固溶体贮氢合金因其贮氢量大而成为近年来研究的热点，但传统的纯金属熔炼成本高，限制了其应用。

The cycle stability of A2B-type alloy is lower , thus the commercial application is not realized in despite of its lower cost . The utilization of V-baed solid solution alloy is also limited because of the low cycle life .

A2B型合金虽然成本低，但循环稳定性较差，循环寿命短，尚未实现实用化，V基固溶体型合金同样也存在循环寿命短的特点。

Principle of vanadium - hydrogen reaction and development of vanadium base solid solution hydrogen alloy

钒-氢反应规律与钒基固溶体贮氢合金开发

Vanadium base solid solution hydrogen alloy is a kind of the high performance materials developed in recent years .

钒基固溶体贮氢合金是近年来开发的一种新型高性能贮氢材料。

Structural zoning diagram of solid solution Fe-Mn-C alloy at 1000 ℃

Fe-Mn-C系合金1000℃固溶处理组织图的研究

Because the strongest covalent bond in the Al-Li-vacancy segregated cell in alloy formed in quenching is the main strength reason for supersaturated solid solution of alloy .

由于Al-Li-空位有序偏聚晶胞的Al&Li键络比基体键络要强许多，因此，淬火过程中合金生成的Al-Li-空位偏聚晶胞对合金过饱和固溶体起主要强化作用；

By analysing the electric resistance variation of the solid solution Cu-Ni-Si alloy in the process of aging , precipitation behavior of the early aging stage was studied . The morphology of precipitates was observed by means of transmission electron microscope .

通过对固溶态Cu-Ni-Si合金时效时电阻变化规律的分析，研究了合金时效早期的析出行为，并借助透射电镜观察合金时效析出相的组织形态。

Effect of Cu Content on the Behavior of Solid Solution Treated Al-Mg-Si Alloy

Cu含量对Al-Mg-Si合金固溶处理行为的影响

Progress in Research of V-Based Solid Solution Hydrogen Storage Alloy

钒基固溶体型贮氢合金的研究进展

Study on Structure and Electrochemical Performance of Ti-Zr-V-Mn-Ni Solid Solution Hydrogen Storage Alloy

Ti-Zr-V-Mn-Ni固溶体贮氢合金结构和电化学性能研究

Do the solid solution to the alloy , the residual strain reduce the CTE sharply .

对合金进行固溶处理，发现残余应变会大幅度降低合金的CTE，但是会增加热膨胀系数变化的不稳定性。

Re-precipitate behavior of supersaturated solid solution of Al-Cu alloy caused by severe plastic deformation during subsequent deformation

强变形诱导形成的Al-Cu合金过饱和固溶体在继续变形时的再析出行为

Te can stabilize the solid solution of aluminum alloy and control the effect of " limitation period ", while Te and Zr have the matched effect .

Te具有稳定铝合金固溶体，抑制时效效应的作用，Te和Zr相互有良好的匹配效应。

Micro-hardness test and XRD spectra indicate that artificial ageing treatment at low temperature can further improve the mechanical property of the solid solution strengthening aluminum alloy after ECAP process .

显微硬度以及XRD测试结果显示低温时效处理进一步提高了强化固溶态高强铝合金ECAP加工后的机械力学性能。

Besides , the interior potential boundary condition under the electric field has been defined . Energy parameters calculation methods of monatomic , compound , solid solution , and alloy under the electric field have been set up .

同时，确定了电场下的内势场边界条件，建立了电场下单原子、化合物、固溶体、合金的能量参数计算方法。

Investigation of Ni solid solution in Au-based hexabasic alloy

Au基六元合金中的Ni固溶体研究

The differences of electrical conductivity in rapidly solidified and conventional solid solution treated Cu Cr alloy have been analysed in this article .

分析了快速凝固与常规固溶处理后，Cu－0.8Cr合金导电性的差异及时效处理对合金导电性的影响。

The models of valence electron structure of maid phases in Al-Li-Cu based alloy were established . The solid solution of Al-Li-Cu based alloy was contained four cells : a-Al cell , Al-Li cell , Al-Cu cell and Al-Li-Cu cell .

建立Al-Li-Cu系合金固溶体中存在各相的价电子结构模型，认为固溶体内包含了四类晶胞：α-Al晶胞，Al-Li晶胞，Al-Cu晶胞和Al-Li-Cu晶胞。

The following aspects are included in this thesis : 1 . The models of valence electron structure of main phases in Al-Ag binary alloy were established . The solid solution of Al-Ag binary alloy was contained two cells : a - Al cell , Al-Ag cell .

主要集中在如下几方面：1.建立Al-Ag二元合金固溶体中存在各相的价电子结构模型，认为固溶体内包含了两类晶胞：α-Al晶胞，Al-Ag晶胞。