当然，合金成分可以包含铋、铟和锌。
Of course there can be alloy compositions that contain bismuth, indium, and zinc.
而最佳中间退火温度受合金成分的影响。
The optimum middle annealing temperature depends on the chemical composition of the alloys.
沉积电势对合金成分的影响更显著，成分更易控制。
The effects of electrodeposition on alloy composition are more sensitive and easier to control.
但用来制造管道的钢中通常掺入了合金成分钴来增强材料的强度。
The steel used in the pipes, however, is usually alloyed with cobalt to make it stronger.
目的在于比较不同合金成分对应力腐蚀敏感性的影响。
The purpose of the research is to compare the effect of different alloying constituents on the stress corrosion sensitivity.
介绍了铍铜的合金成分和性能以及在汽车工业中的应用。
The alloy constitution, property and application in automotive industry of beryllium copper are introduced.
此公式可以根据合金元素的离化率计算涂层的合金成分。
According to this formula, the composition of alloy coating can be calculated by means of the degrees of ionization of alloy elements.
经分析可以认为，不同的合金成分具有不同的转变温度；
The turn temperature for every composition is dissimilar from another one .
同时研究了合金成分和热处理温度对材料硬度的影响规律。
Meanwhile, the influence rule on hardness of material by component of alloy and temperature of heat-treatment was investigated.
结果表明，共晶碳化物的类型和形态能通过合金成分组合控制。
It is showed that type and morphology of eutectic carbides can be controlled by combining alloyed elements.
对两种相变模量耦合的研究表明这种耦合同合金成分、相变温度有关。
The study of the coupling between two transitions indicates that it's related to the components of alloys and the temperature of transformations.
影响增氮的主要因素有：温度、物料的粒度、合金成分、气体压力和纯度。
Chief factor of influence nitriding is temperature, the grain size of material, the component of alloy, gas pressure and purity.
研究结果表明：合金成分不同，马氏体形态、亚结构及其晶体结构也不同。
It is shown that morphology, phase interface structure and crystal structure were different with the change of the tested alloy component.
本文介绍显微组织，合金成分，热处理和织构等对钛合金断裂韧性的影响。
The influence of microstructure, chemical composition, heat treatment and texture in titanium alloys has been reviewed in this article.
本文通过正交试验设计了最佳的合金成分，并简要介绍了合金的生产工艺。
In this paper the Optimum amounts of alloying elements were designed through the orthogonality test. The brief recommendation of process of production was also presented.
讨论了合金成分配比、添加元素、制备及热处理工艺对磁体硬磁性能的影响。
The actions of the alloy composition, the addition of various elements and the quenching and annealing technical processes on the hard magnetic properties of magnets are discussed.
根据对6063合金力学性能和氧化膜的要求，提出了最佳的合金成分方案。
According to the requirement of the mechanical properties and oxidation film of 6063 alloy, the best plan of alloy component is presented.
研究了合金成分、烧结方式、工艺参数等对表层缺立方相碳化物形成过程的影响。
The influence of alloy contents, sintering method and process parameters on the formation of surface layer deficient in cubic carbide has been studied.
高尔凡钢丝，低碳钢丝的镀锌层是合金，合金成分5%铝-混合微量稀土合金锌层。
Galfan wire, galvanized low carbon steel wire is 5% aluminum alloy, the alloy composition mixed trace rare earth zinc alloy layer.
从实验给出的数据和有关相图等资料的分析，大致给出了合适的合金成分选择范围。
The proper selected composition range of alloy is given by the analysis of this experimental data and the relative phase diagram.
提出了控制合金成分、提高金属纯洁度的方法，重点提出了解决扁铸锭裂纹的措施。
The methods about controlling alloy components and increasing melt purity were presented. The methods of preventing casting crack were presented.
在Zl201的基础上，调整合金成分，改善合金的铸造性能，进行压铸试验研究。
On the basis of ZL201, B, Zr, V are added to melt to enhance the cast ability before die cast experiment.
随着无铅化电子组装需求的日益迫切，人们也越来越关注无铅焊料合金成分的专利问题。
With the increasing requirement of Lead-free electronics assembly, the patent problem on the alloy composition of Pb-free solders has also been greatly concerned.
本研究除根据有关资料设计了最佳合金成分外，着重研究了氧含量对合金电性能的影响。
In this invention, the optimum alloy composition is designed. The influence of the oxygen content on electric property of alloy is revealed.
本文从压力、合金成分、温度三方面研究了影响氮在液态铁合金中溶解度的热力学因素。
So it studies the thermodynamics factors including pressure, composition and temperature which affect nitrogen solubility in molten ferroalloys.
在保证合金成分要求的前提下，应尽可能地提高铁元素的含量，以提高合金的加工性能。
It is found that, on the prerequisite of satisfying the alloy compositions, to increase Fe content as much as possible can improve the machining property of the alloy.
焊区内两种配对合金的金属元素相互混熔，金属元素含量值受所在部位的合金成分决定。
Two pairs of alloys in the welded area were fused and mixed, the metal element percentage was determined by the amount of alloy of each part.
在所得到的氧化图上清楚地显示了氧化水平、氧化膜的组成、氧化温度及合金成分之间的关系。
The oxidation level, the composition of the oxide film, the oxidative temperature and the relation between constituents of the alloy are clearly shown on the diagram.
介绍了在电石炉上改炼硅钡钙的试验情况，着重阐述了几种配比及加料方式对合金成分的影响。
It introduces the test of smelting SiCaBa alloy in calcium carbide furnace, and focuses on the effects of some burden ratios and charging styles to the alloy's composition.
介绍了在电石炉上改炼硅钡钙的试验情况，着重阐述了几种配比及加料方式对合金成分的影响。
It introduces the test of smelting SiCaBa alloy in calcium carbide furnace, and focuses on the effects of some burden ratios and charging styles to the alloy's composition.
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