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different heat treatment processes
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  不同工艺的热处理
     This article studies the relations of microstructure to mechanical properties of Grade B steel (ZG25MnNi) through different heat treatment processes, and determines optimal normalizing temperature for Grade B steel (ZG25MnNi).
     通过不同工艺的热处理 ,对 B级钢 (ZG2 5 Mn Ni)金相组织和力学性能的关系进行了研究 ,确定了 B级钢 (ZG2 5 Mn Ni)的最佳正火温度范围
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  不同热处理工艺
     The effect of different heat treatment processes on impact curve is investigated the oscillographic impact tests for the specimens of SA515. Gr70 normalized at different temperatures and the specimens of 13MnNiMoNbR tempered at different temperatures after normalizing.
     通过SA515Gr. 70钢的不同温度正火和13MnNiMoNbR钢正火后不同温度回火试样的示波冲击试验,研究了不同热处理工艺对冲击曲线的影响.
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     Different heat treatment processes and the microstructures and mechanical properties of Mo-Cr infiltration layer on Q235 steel prepared by double glow discharge technology were studied.
     对比研究了Q235钢进行双层辉光等离子MoCr共渗和不同热处理工艺处理的表面层组织和性能。
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     The testing force and deformation curves of CuZnAl shape memory alloys(SMA) are measured out by the electronic universal testing machine. Three kinds of CuZnAl SMA treated by different heat treatment processes are concerned. Their phase tansformation temperature(Ms) is 120℃,150℃ and 10℃respectively.
     采用电子式万能实验机测出相变点Ms为120℃、50℃和 10℃的三种CuZnAl形状记忆合金,经不同热处理工艺试验后的试验力 变形曲线。
短句来源
     2.Comparing the structrues and electrochemical properties of LiNio. 7Co0.33O2 solid solutions under different heat treatment processes, we could see that, with the rising of the sintering temperature and the extension of the sintering period, the crystal of the products appeared more and more perfect, but the electrochemical performances were't determined to be good.
     2.对不同热处理工艺制得的LiNi_(0.7)Co_(0.3)O_2固溶体的结构及电化学性能进行研究发现,热处理温度越高、烧结时间越长,产物的晶型越趋完整,层状结构越明显,但电化学性能并不一定好;
短句来源
     The results show that different heat treatment processes influence the structures and the wearability of CuZnAl SMA.
     结果表明 ,不同热处理工艺处理的CuZnAl形状记忆合金的室温组织不一样 ,不同的组织对合金的磨损性能有影响。
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  不同的热处理工艺
     Three different heat treatment processes were selected for 2519 aluminum alloy plate, the stress corrosion sensitivity was evaluated by difference of mechanical properties between corroded samples and uncorroded samples such as Kσ and Kδ.
     选用3种不同的热处理工艺对2519铝合金板材进行处理,采用测定试样在腐蚀前后力学性能的变化即腐蚀的力学性能指标Kσ和Kδ来评定2519铝合金的应力腐蚀敏感性。
短句来源
     The structure and impact toughness of Al Li alloy in room temperature and low temperature were studied by different heat treatment processes.
     采用不同的热处理工艺 ,研究了 Al- L i合金的组织及常温、低温冲击韧度。
短句来源
     The research results are in accord with the exchange coupling theory and show that different heat treatment processes will change the structure and phase composition of alloy and therefore will obviously influence its magnetic characteristics.
     发现不同的热处理工艺可以改变合金材料的结构及相组成 ,从而明显地影响该合金的磁性能
短句来源
     In order to meet the requirements of light alloy ausforming die,by choosing H13 steel die materials rationally,different heat treatment processes such as annealing,quenching and tempering are applied to samples. The hardness,shock toughness and metallographic structure will be chosen as the basis for H13 steel die process.
     为满足轻合金等温精密成形模具的工作条件要求,通过合理选择综合性能符合要求的模具材料H13钢,采用不同的热处理工艺对试样进行退火、淬火、回火试验,测试其硬度、冲击韧性,并观察金相组织,作为H13钢模具工艺优选的依据。
短句来源
     The matrix microstructure of TiC p/Fe composites was changed under different heat treatment processes. The relations between different matrix microstructures and properties were discussed.
     通过不同的热处理工艺改变原位TiCp/Fe复合材料的基体组织 ,探讨了原位TiCp/Fe复合材料不同基体组织与性能的关系。
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  “different heat treatment processes”译为未确定词的双语例句
     Effects of Different Heat Treatment Processes on Microstructure of Ferromagnetic Glass-ceramics in the System FeO-Fe_2O_3-CaO-SiO_2
     热处理条件对FeO-Fe_2O3_CaO-SiO_2体系铁磁微晶玻璃显微组织的影响
短句来源
     Softening mechanisms of Fe_3Si based alloys using different heat treatment processes
     Fe_3Si基合金不同热处理工艺的软化机制
短句来源
     Different heat treatment processes were employed to obtain different microstructures of Ti-45Al-9(Nb,W,B,Y) alloy.
     通过对Ti-45Al-9(Nb,W,B,Y)金属间化合物进行不同的热处理,得到不同的显微组织。
短句来源
     The tensile strength of SiCp/Gr/2024Al composites by aged for 10 hours was the highest value during the different heat treatment processes. The size of graphite in 1μm, 6μm, 20μm and 70μm, the tensile strength of the composites with 6μm
     石墨粒度在1μm,6μm,20μm,70μm变化时,石墨粒度为6um的SiCp/Gr/2024Al复合材料抗拉强度最高,而弹性模量随石墨尺寸变化趋势与抗拉强度不同。
短句来源
     The research indicated that SiCp/Gr/2024Al composites by treated for 24 hours gained the best dimensional stability under alternative temperature condition, the micro-yield strength of the SiCp/Gr/2024Al composites treated by three different heat treatment processes except for annealing doesn’t changes obviously.
     结果表明,经时效24小时处理后SiCp/Gr/2024Al复合材料在交变温条件下的尺寸稳定性最好,经过10时效处理后SiCp/Gr/2024Al复合材料在静载荷条件下的微屈服强度最高。
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  different heat treatment processes
The pearlite content is varied from 0 to about 95 per cent by the use of different heat treatment processes.
      
The effect of the starting powders, prepared by different heat treatment processes on the grain-oriented YBCO bulk materials, were studied by X-ray diffraction, scanning electron microscopy and a quantum design SQUID magnetometer.
      


In this research work, chemical compositions of nickel base cast alloys used for"HCl+FeC13"complex medium are designed. Metallographic microscope and SEM are applied in the experiments. The microstructure and fracture mode of alloy is observed. The different heat treatment process and the effects of different chromium content as well as different amounts of rare earth on the properties are studied. Experimental results show that the low-iron and the complex effect of the higher...

In this research work, chemical compositions of nickel base cast alloys used for"HCl+FeC13"complex medium are designed. Metallographic microscope and SEM are applied in the experiments. The microstructure and fracture mode of alloy is observed. The different heat treatment process and the effects of different chromium content as well as different amounts of rare earth on the properties are studied. Experimental results show that the low-iron and the complex effect of the higher content of nickel, chromium and molybdenum, provide good corrosion resistance and higher pitting corrosion resistance in oxidizing and reducing environments. The Cr18Ni62Mo16 alloy possesses good casting behaviours after solution heat treatment on 1250±10℃, and thus allows the cast alloy to possess good corrosion resistance and higher mechanical properties. It has also been found that the addition of the proper amount of the rare earth in the nickel base alloys raises the tensile strength, corrosion resistance and machinability of the alloys, but lower the plasticity.

在本项研究工作中设计了用于“HCl+FeCl3”复合介质的铸造镍基合金的化学成分,用金相显微镜和扫描电子显微镜观察了合金的金相组织和断口形貌,研究了不同的热处理制度及改变含铬量和稀土加入量对合金性能的影响。试验结果表明,低的含铁量和较高的镍、铬、铂的复合作用,使该合金对氧化性和还原性介质均具有良好的耐蚀性和较高的抗点蚀性能。Cr18N162Mo16合金具有满意的铸造性能,经过1250±10℃的固溶处理后,使合金具有良好的耐蚀性和较高的机械性能。试验中还发现,在这种镍基耐蚀合金中添加适量的稀土,可使合金的抗拉强度提高,塑性略有下降,对合金的耐蚀性和切削加工性能有所改善。

Different materials have different electromagnetic properties, and the same one treated with different heat-treatment processes can acquire different properties as well. More than 500 specimens of steel Cr40 (YB) and Cr40 (JIS)have been investigated with a special device developed on the basis of the above principle. The investigation shows that there exist objective relationships between measurement signal and hardness and that in place of the hardness meter the electromagnetic...

Different materials have different electromagnetic properties, and the same one treated with different heat-treatment processes can acquire different properties as well. More than 500 specimens of steel Cr40 (YB) and Cr40 (JIS)have been investigated with a special device developed on the basis of the above principle. The investigation shows that there exist objective relationships between measurement signal and hardness and that in place of the hardness meter the electromagnetic measurement system can be used in production.

不同的材质有不同的电磁学特性。同一种材料由于采用不同的工艺进行热处理其结果也会得到不同的电磁学特性。我们利用这一原理,研制了专用装置,对日本40Cr和国产40Cr制成的500余件试件进行了实验室研究,发现测量讯号与硬度之间在存着客观上的对应关系,证明可以用电磁测量方法代替硬度计用于生产。

The morphology and substructure of the martensite in Cu-Zn-Al and Cu-Al-Zn-Mn-Ni alloys have been studied with optical microscopy, scanning and transmission electron microscopy.The results show that the martensite morphology and its substructure are closely dependent on the electron concentration e/a as well as the heat treatment processes.When the alloy of Cu—32.23%Zn—1.84%Al is quenched, the thermoelastic martensite is formed in either thin plate-like or spear-like morph ology, both with a twin substructure,...

The morphology and substructure of the martensite in Cu-Zn-Al and Cu-Al-Zn-Mn-Ni alloys have been studied with optical microscopy, scanning and transmission electron microscopy.The results show that the martensite morphology and its substructure are closely dependent on the electron concentration e/a as well as the heat treatment processes.When the alloy of Cu—32.23%Zn—1.84%Al is quenched, the thermoelastic martensite is formed in either thin plate-like or spear-like morph ology, both with a twin substructure, and the non-thermoelastic burst-type martensite in a butterfly-like morphology with a dislocation substructure. The stress-induced martensite is in a thin plate-like morphology, and has a stacking fault substructure. In the alloy of Cu-10.10%Al-4.51%Zn-3.76%Mn-0.39% Ni most of the thermoelastic martensite are in a self-accommodating spear-like morph ology, with either a twin or a stacking fault substructure, their volume fractions obviously varying with different heat treatment processes; the stress-induced martensite is in a thin plate-like morphology with a stacking fault substructure; and the burst-type martensite is in a butterfly-like morphology with a dislocation substruture.

用金相显微镜、扫描电镜和透射电镜研究了Cu—Zn—Al和Cu—Al—Zn—Mn—Ni合金的马氏体形态和亚结构。结果表明,马氏体形态和亚结构与合金的电子浓度和热处理条件均有密切关系。Cu—32.23%Zn—1.84%Al合金冷却时形成的热弹性马氏体有细针状和矛头状两种形态,亚结构均为孪晶。非热弹性的蝴蝶状爆发型马氏体的亚结构为位错。应力诱发马氏体呈细针状,亚结构为层错。Cu—10.10%Al—4.51%Zn—3.76%Mn—0.3%Ni合金的热弹性马氏体呈矛头状自协作形态,亚结构可为孪晶,亦可为层错,晶马氏体和层错马氏体所占的相对量因热处理条件不同而异;应力诱发马氏体多呈细针状,亚结构为层错;非热弹性的爆发型马氏体亦为蝴蝶状,亚结构为位错。

 
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