The cyclic tests for 304 stainless steel with solution heat treatment under uniaxial cyclic straining and stressing were carried out systematically.

在室温下对固溶处理的304不锈钢进行了系统单轴应变与应力循环实验。

The design methods, the structure characteristic, the composition and other problems of the Aluminum wheel hub solution heat treatment combined electric furnace were introduced.

介绍了铝轮毂固溶热处理联合电炉的设计方法、结构特点、炉子组成以及需要注意的问题。

The results showed that natural ageing after solution heat treatment led to increase the comprehensive mechanical properties effectively.

通过固溶处理后自然时效，能有效地提高合金的综合力学性能。

Owing to the plastic deformation on the blade surface, recrystallization formed on the solid solution heat treatment. Before blade application, recrystallization zone existed already on its two sid…

叶片表面的再结晶在叶片使用之前就已存在，是由于固溶热处理前叶片的表面存在塑性变形，在固溶热处理过程中形成的。

The corrosion resistance was enhanced by heat treatment, specially the solution heat treatment.

热处理后耐蚀性得到改善，总的说来为固溶处理的效果最优。

As the rise of the solution heat treatment temperature, the tensile strength of the both two alloys decrease.

随着固溶处理温度的升高，两种成分实验钢的抗拉强度降低。

If hot forming is unavoidable, solution heat treatment after forming shall be employed subject to Purchaser's approval.

如果必须使用热成型，应根据买方批准在成型后进行热处理。

Applications:Used for the brazing, sintering and solution heat-treatment of automobile parts, stainless steel parts and powder metallurgical product.

用途：适用于汽车零部件、粉末冶金、不锈钢零件等的钎焊、烧结、固溶热处理工艺。

Applications: Used for the brazing, sintering and solution heat-treatment of automobile parts, stainless steel parts and powder metallurgical products.

用途：适用于汽车零部件、粉末冶金、不锈钢零件等的钎焊、烧结、固溶热处理工艺。

In the process of triple solid solution aging heat treatment, strength and fracture toughness increased by 9% and 30% than conventional heat-treatment and reached the highest.

强度与断裂韧性均在三重固溶时效热处理时达到最高值，比常规热处理分别提高了9%与30%左右；

The results indicate that natural ageing after solution heat-treatment leads to the effective increasement of the comprehensive mechnical properties.

通过固溶后自然时效处理，可有效地提高合金的综合力学性能；

After solution and age heat treatment, the stress corrosion resistance of thixoformedAZ91D alloy was obviously improved.

固溶和时效热处理后，触变成形AZ91D镁合金的抗应力腐蚀能力明显提高。

Rhombohedral ITO solid solution was metastable in air and it would be transformed to cubic ITO solid solution by heat-treatment.

刚玉型结构ITO固溶体在空气中处于亚稳态，并且在加热的条件下可以转变为萤石型结构ITO固溶体。

With establishment of the limit solubilities of Fe in Al at different temperatures, the solid solution and precipitation heat treatment are proposed for strengthening cube texture.

并在确立了低浓度铁在铝中溶解度曲线的基础上，提出了溶析热处理强化立方织构的技术。

The relationship between solution temperature under standard heat treatment with the structure and properties of precision die forgings, was also presented.

叙述了标准热处理固溶加热温度与精化模锻件组织和性能的关系。

This paper is about construction and characteristics of C194, which are effected by heat-treatment of solution and aging .

研究了C194合金变形与固溶时效热处理工艺条件对其组织性能的影响。

In the heat treatment process, the solution temperature, the quenching transfer time, and the artificial aging and so on have the very tremendous influence to the material performance.

在热处理过程中，固溶处理温度、淬火转移时间、人工时效等因素对材料的性能有很大的影响。

The mechanical property was improved by heat treatment, particularly the solution treatment.

经过热处理后，合金力学性能有所改善，且固溶处理效果最好。

Heat treatment methods, such as solid solution and quenching, have greatly enhanced its mechanical strength, which also leave a large internal residual stress in it.

固溶、淬火等热处理手段极大地提高了其机械强度，但同时使其内部产生了较大的残余应力。

The porous magnesium with different porosity was modified by alkali-heat-treatment and the samples were compared after soaked in the SBF solution.

采用碱热处理法对不同孔隙率的多孔镁表面进行改性，并将碱热处理处理后的试样置于SBF溶液中浸泡对比。

The damping properties have obvious increase for MgZnZr magnesium alloys in three different heat treatment technology, and the damping capacity of alloys treated by solution are increased more.

热处理后，合金的阻尼性能均得到不同程度的提高，其中，固溶态合金的阻尼性能最好。

The pure Mg samples were treated as surface modification by alkali heat treatment to improve its corrosion resistance in the simulated body fluid (SBF) solution.

为了提高纯镁在仿生模拟体液（SBF）中的耐腐蚀性能，对纯镁进行了碱热处理表面改性。