由此产生的钢似乎达到了强度和韧性的结合，这与合金含量非常高因而非常昂贵的现代钢相当。
The resulting steel appears to achieve a combination of strength and toughness that is comparable to that of modern steels that are very rich in alloy content and, therefore, very expensive.
特别是详细研究了制备条件和合金含量对材料的磁学性质的影响。
In particular, the dependence of preparing condition and the alloy content in the samples on their magnetic properties was studied in detail.
石墨和碳化物的大小和形状分布可通过遇冷作用和合金含量来控制。
The sizes, shapes and distributions of graphite and carbide are controlled by the chilling effect and the contents of alloy elements.
随着复合纤维中合金含量的增加，饱和磁化强度增大，而矫顽力下降。
With the alloy content in the composite fibers increased, the saturation magnetization increases, while the coercivity decreased.
调整微合金含量和种类，可增加钢中碳化物数量、种类和弥散度，从而提高钢的硬度和冲击韧度。
The amount, kind and dispersity of carbide in steel can increase by regulating the content and kind of microalloying elements. So its hardness and impact toughness can be increased.
这篇文章评述了人们不大注意的铁基粉末冶金零件整体淬火时，孔隙度与合金含量对其淬透性的影响。
Here an overview of the influence of porosity and alloy content on the Jaminy hardenability of ferrous PM parts is presented.
UO 2一般内含3- 5%的U235，而铀合金经过浓缩则含有90%的U235，但是船用推进器一般使用U 235含量为45 - 75%的浓缩铀。
The UO2 fuel is normally enriched with 3-5% of U235. The uranium alloy has been enriched to contain up to 90% U235, but is normally used at between 45-75% U235 enrichment in PWR for ships propulsion.
合金中某一元素或组分的相对含量，通常用质量百分数或原子百分数来表示。
The relative content of a particular element or constituent (i) within an alloy, usually expressed in weight percent or atom percent.
随着石墨颗粒含量从5%增加到20%，镁合金基复合材料的耐磨性得到明显的改善，磨损质量损失与摩擦系数都降低到较低水平。
With graphite particle content increasing from 5% to 20%, wear weight-loss and friction coefficient of the composites are obviously declined, greatly improving wear resistance of the composites.
这类陨石中硅酸盐与镍铁合金的含量各占50%。
The content of silicate and ferronickel such meteorites in each accounted for 50%.
研究了金属基体及其中镍铬合金的含量对复合材料的硬度、摩擦系数和磨损率的影响。
The effects of metal base content and NiCr alloy addition on hardness, friction coefficient and wear rate of the composites were studied.
采用EDTA滴定和分光光度相结合的方法测定碱性锌钴合金镀液中的锌、钴含量。
Zinc and cobalt content in zinc cobalt alloy plating bath are determined by the combined method of titration with EDTA and spectrophotometry.
研究结果表明，淬火钢的合金元素含量和硬度对刀具的耐用度均有明显的影响，淬火碳钢的可加工性最好；
The experimental results show that the alloying element content of a hardened steel and its hardness have a remarkable influence on the tool life. The hardened carbon steel has the best machinability.
结果表明：当铝的含量为9.0%时，合金具有最优的非晶形成能力。
The results show that when the al content is 9.0%, the alloy has the optimal GFA.
介绍了银-锑合金镀层和镀液中锑含量的分析方法。
This paper introduces the analysis method of silver-antimony alloy coating and antimony content.
介绍了电炉生产锰硅合金时，合金中硫含量随所用原料硫含量变化的情况。
The paper introduces the state of sulphur content changing in accordance with raw material's when production furnace ferromanganese-silicon.
提出测定含锡合金和矿样中高含量锡的一种简易、选择性螯合滴定法。
A simple, selective chelatometric titration method to determine the high content of tin in tin bearing alloy and ore sample is proposed.
油管柱普遍使用具有高铬含量的合金。
Alloys with a high chrome content are commonly used for tubing strings.
根据所生产合金需钛含量计算出加入速度，用电机牵引或人工均匀地从流槽中加入。
The adding rate shall be calculated in accordance with titanium content of alloy to be produced. It can be charged from launder through electric withdrawing or hand operation.
不含镁或镁含量过高的合金，其蠕变性能均有所下降。
When the alloy contains no or excess magnesium, its creep properties will decline.
合金的最佳中间退火温度随碳含量的增加而升高。
The optimal middle annealing temperature increases with the increase of the carbon content.
可以用磁学性能对硬质合金的硬质相晶粒度、碳含量等进行检测。
Magnetic properties can be used for detecting content of carbon and the grain size of WC.
目的对低贵金属含量合金铸造精确程度进行比较评价。
Objective To evaluate the casting accuracy of two low-noble dental alloy systems.
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.
提出了药芯焊中合金元素总原始含量的计算公式。
The formula of element original content in the cored wire has been proposed.
该项研究描述了铁碳合金中魏氏组织和马氏体的形成，所用合金具有宽的碳含量范围，热处理时采用的冷却速率范围也是宽的。
The research describes the formation of Widmanstatten structure and martensite in iron-carbon alloys possessing a broad range of carbon contents and heat treated using a broad range of cooling rates.
辉光放电光电子谱仪（GDS）渗层成分检测结果表明表面含碳量可达29.8%，合金渗层的碳含量也呈梯度分布；
GDS testing results indicate the carbon content of the surface reaches 29.8%, the carbon content in the alloyed layer emerges in gradient distribution too.
辉光放电光电子谱仪（GDS）渗层成分检测结果表明表面含碳量可达29.8%，合金渗层的碳含量也呈梯度分布；
GDS testing results indicate the carbon content of the surface reaches 29.8%, the carbon content in the alloyed layer emerges in gradient distribution too.
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