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新合金
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  new alloy
     Results show that the new alloy AlSi6Mg2 with 0.10%~0.14% Zr and 0.02%~0.04% Sr has good microstructure and mechanical properties in SSP.
     合金中Zr含量为0.10%~0.14%、Sr含量为0.02%~0.04%的新合金AlSi6Mg2,表现出良好的半固态组织和力学性能。
短句来源
     Results show that the new alloy AlSi6Mg2 including 0.10~0.14wt% Zr and 0.02~0.04wt% Sr has good performance and microstructure in SSP.
     结果显示,合金中Zr含量为0.10 ̄0.14%,Sr含量为0.02 ̄0.04%的新合金AlSi6Mg2表现出良好的半固态组织和力学性能。
短句来源
     The results indicate that the biocompatibility of the new alloy is better than that of Ti6Al4V.
     结果表明,新合金具有比已用于临床的Ti6Al4V合金相当或更好的生物相容性。
短句来源
     Nicrofer 45 TM——A New Alloy for Waste Incineration Equipment
     应用于垃圾焚烧设备的新合金材料——Nicrofer 45 TM
短句来源
     Thus, certain new alloy systems, e.g., Ti-Pd, La-Si, Zr-Ga, Hf-Pd, etc. may be developed.
     据此规律作者已探索出Ti-Pd,La-Si,Zr-Ga,Hf-Pd等非晶态新合金系。
短句来源
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  new alloys
     In La0.8-xRExMg0.2Ni2.8Co0.6 alloys the discharge capacities of the new alloys keep no change on 375 mA·h/g, with only Pr addition to x=0.2;
     在La0.8-xRExMg0.2Ni2.8Co0.6合金中,当Pr替换至x=0.2时,新合金基本保持La0.8Mg0.2Ni2.8Co0.6的放电容量375mA·h/g;
短句来源
     The addition of three rare earth elements has no significant influence on microstructures of the new alloys and the microstructures of new alloys are similar to that of La0.8Mg0.2Ni2.8Co0.6, LaNi5 phase with LaNi3 is as secondary phase; LaNi3 phase increases with the increases of amount of Ce, Pr, Nd.
     3种稀土元素的加入对合金的组织没有本质的影响。 与La0.8Mg0.2Ni2.8Co0.6的相组成相似,新合金也是在主相LaNi5中含有LaNi3第二相,且随着Ce,Pr,Nd替换量的增多,LaNi3相所占比例升高。
短句来源
     The smoller magnetostriction(λ) and effictive average anisotropy〈K〉have been cons- idered to be the reasons for the excellent soft ma- gnetic properties of the new alloys in the case of crystalline and amorphous alloys.
     新合金软磁性能之所以优良也是因为合会的磁致伸缩(λ_s)和各向异性〈K〉小之故,但λ_s 小是与晶化相的成份、结构和数量有关,而〈K〉小是与随机取向的超微晶尺寸效应有关。
短句来源
     New materials of AgNi 10 Y,AgNi 20 Y and AgNi 30 Y were prepovred by rapid solidification-powder metallurgy,mechanically alloyed and extruding. Their microstructure and properties were determined by mems of STEM,microlocation analysis by EDS,X-ray and tensile testing. The results showed that the new alloys howe better mechanical properties than old ones.
     利用RS/PM,MA和粉末挤压等新技术制备AgNi10Y、AgNi20Y、AgNi30Y材料.通过透射电镜,能谱微区分析,X射线衍射分析和力学性能测试,研究材料的显微组织及性能.结果表明,新合金综合性能优于传统的AgNi系材料.
短句来源
     The properties, application situation and prospects of magnesium and its alloys were summarized, as well its corrosion problems and resolving measures including developing high purity alloys or new alloys, rapid solidification processing, surface modification and applying protective films or coatings.
     对镁及镁合金的性能、应用现状和前景及其腐蚀问题和防护方法进行了综述 ,如 :高纯合金或新合金、快速凝固处理、表面改性以及施加防护层等技术
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  “新合金”译为未确定词的双语例句
     Zr,Nb,Ta were selected for composing elements of the titanium alloy. Ti tanium alloy' s nominal composition is Ti-12.5Zr-2.5Nb-2.5Ta.
     确定了新合金添加合金化元素为Zr,Nb,Ta,合金的名义成分为Ti-12.5Zr-2.5Nb-2.5Ta,对新合金进行了组织结构分析与机械性能的测试。
短句来源
     The optimum composition was desinged with the orthogonal test method, the effects of elements on the structure and properties of the ZLP alloy were studied The results have shown that the comprehensive property of the alloy is good, the wear resistant is superior to that of ZCuSn6Zn6Pb3 bronze, the cost of the ZLP alloy is only 17 percent of ZCuSn6Zn6Pb3. The corrosion resistance and dimensional stability are superior to that of ZA27 zinc alloy.
     测试了合金元素对合金组织、性能,尤其是对摩擦磨损等性能进行了对比试验,结果表明,新合金综合性能优良,比ZCuSn6Zn6Pb3材料具有更好的耐磨性,而生产成本仅是其17%,比ZA27锌合金材料具有更优良的耐蚀性和尺寸稳定性。
短句来源
     The microstructures of the powder particles below 61μm consist mainly of Al 12 (Fe,V) 3Si and Al 3(Zr,Ti,V) dispersoids and a small amount of lamellar structure.
     对析出相研究表明 ,在小于 61μm的粉末中只有Al1 2(Fe ,V) 3Si和Al3(Zr,Ti,V)两种析出相 ,新合金达到了预期设计目标
短句来源
     The development of new zirconium alloys, such as ZrSnNb (Fe or Fe+Cr),have more potential for improving the corrosion resistance. The composition of new zirconium alloy may be selected in the range of Sn 1%~1.2%,Nb~1% and Fe+Cr 0.2%~0.4% in mass fraction.
     发展ZrSnNb(Fe+Cr)新合金,对改善锆合金的耐腐蚀性能有更大的潜力,成分(%,质量分数,下同)的选择应为Sn1~12,Nb~1,Fe+Cr可保持或略高于Zr4的水平。
短句来源
     A new Co-free,Fe-base alloy with low Ni,Cr contjntshas developed substituting for ] J22 alloy used for magnetic oscillator,thus solving problems such as high cost,ease of brittle cracking in working and low yield.
     研制出低NiCr无Co铁基磁性振子材料新合金替代原用的1J22合金,解决了成本高、加工中易脆性开裂、收得率低等问题。
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  new alloy
A new alloy exhibiting high glass-forming ability was developed with the composition Fe70.7C6.7P10.4B5Si1.1Mn0.1Cr2Mo2Ga2.
      
On the basis of the measured properties, large industrial use of this new alloy can be predicted.
      
A new alloy, having the formula, Co2ScSn, has been prepared.
      
We have studied the change of the microstructure of a new alloy of Fe73.1Cu1.2Nb3.2Si12.5B10.0 during annealing process by using M?ssbauer effect.
      
Investigation of the properties, structure, and corrosion resistance of the new alloy KhN30MDB
      
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  new alloys
Recently there has been revived interest in utilizing the high temperature properties of titanium aluminides, Ti3Al and TiAl, in the design of new alloys for aerospace applications.
      
However, many of the new alloys and composites can be deformed only in very narrow processing regimes, and control of the strain rate during deformation of such materials becomes important.
      
The introduction of the argon-oxygen decarburization (AOD) refining of stainless steels has permitted new alloys such as AL-6X and the stabilized ferritics to become commercially available.
      
Particular emphasis is placed on pitting and crevice corrosion resistance as it affects these new alloys as well as standard stainless steels in both fresh and sea water exposures.
      
Metallurgical approaches for improving the irradiation performance of materials and for developing new alloys with better resistance to radiation damage have been pointed out.
      
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The electric spark intensified coating technique of the mettalic surface is the utilization of various alloying materials as electrode. Under the action of a local high temperature generated in the process of electric discharge the electrode is melted and its alloying material penetrates into the surface of the working part as to alloy in an intensify it. By means of repeated impulsive discharges, the thickness of the intensified surface layer will be increased. In this article the using of the method to improve...

The electric spark intensified coating technique of the mettalic surface is the utilization of various alloying materials as electrode. Under the action of a local high temperature generated in the process of electric discharge the electrode is melted and its alloying material penetrates into the surface of the working part as to alloy in an intensify it. By means of repeated impulsive discharges, the thickness of the intensified surface layer will be increased. In this article the using of the method to improve the apparatus and the technology of the intesifier is described. Through the raising of the surface smooth finish, the thickness of the applisurface and the working productivity, the range of the extended application has been enlarged.

金属表面电火花镀盖强化工艺是利用多种合金材料作为电极,依靠脉冲放电产生的局部高温,将电极材料移镀和熔渗到工件表层或刀模具的刀口部位,形成一层新的合金涂层。从而使工件表层得到强化、合金化和增厚的目的。电火花强化工艺虽引进较早,由于长期受镀敷层厚度小、表面光洁度和生产率低的原因,限制了该工艺进一步发展和扩大应用。作者针对上述缺点进行一些改进和试验研究,初步解决了表面光洁度和生产率低与镀敷层厚度小的问題,从而提高了镀敷层质量和扩大了应用范围。

Corrosion of metals in HC1, Cl_2 and hydrcchloric acid and selection of anticor rosive alloys are discussed in the paber. A few new nickel-base: alloys are prepared and tested.The corrosion rates of these alloys are all less than 0.4mm/year in Wet HCl atmosphere at 500℃.

本文讨论了在氯化氢、氯气和盐酸溶液中金属的腐蚀及耐蚀合金的选择。并对试制的几种镍基新合金进行了试验。在500℃含水氯化氢气氛条件下,这些合金耐蚀速率均小于0.4毫米/年。

The zone-variational method and energy band calculations f or Ⅳ group semiconductors are described in this paper. The energy bands for C, Si, and Ge obtained by this method are also given. On this basis the self-consistent energy band calculation and the empirically adjusted method are discussed, thus a general picture for the zone-variational method is shown. The energy band for Si-Ge alloy is calculated using a new computational model, from which a trial test of computing the electronic state in disordered...

The zone-variational method and energy band calculations f or Ⅳ group semiconductors are described in this paper. The energy bands for C, Si, and Ge obtained by this method are also given. On this basis the self-consistent energy band calculation and the empirically adjusted method are discussed, thus a general picture for the zone-variational method is shown. The energy band for Si-Ge alloy is calculated using a new computational model, from which a trial test of computing the electronic state in disordered system is made. Finally this method is compared with the existed computational methods for energy band in respects of the computa-tional ways and means, potential character and the matching of wave functions, from which the merits of this method is seen.

本文简要介绍了分区变分法和Ⅳ族半导体能带的计算,给出了金刚石、硅和锗的能带.在此基础上又讨论了自洽能带计算和经验调整能带计算方法,从而给出了分区变分法的一个完整的概貌.用新的合金能带计算模型计算了锗硅合金的能带,对无序体系电子态的计算进行了一次初步的尝试.最后从计算方法、势场特性和波函数衔接等方面对现有能带计算方法进行了分析和比较,从中看出分区变分法的优点.

 
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