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大冷变形
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  severe cold plastic deformation
     Effects of Aging on Mechanical Properties of 2024 Aluminum Alloy by Severe Cold Plastic Deformation
     时效制度对大冷变形2024铝合金力学性能的影响
短句来源
     Effects of Severe Cold Plastic Deformation on the Microstructure and Properties of 2024 Aluminum Alloy
     大冷变形对2024铝合金组织和性能的影响
短句来源
     Effects of aging on mechanical properties of severe cold plastic deformation 2 024 aluminum alloy have been examined by mechanical tensile test, TEM observation.
     采用力学性能检测、透射电镜(TEM)观察等手段,研究了时效制度对大冷变形2024铝合金力学性能的影响。
短句来源
     The effects of severe cold plastic deformation of three testing process on the microstructure and elongation of the 2024 aluminum alloy were investigated by means of mechanical tensile test,SEM and TEM observations.
     通过力学性能检测、扫描电镜和透射电镜观察,研究了3种工艺下大冷变形对2024铝合金组织和性能的影响。
短句来源
  high cold deformation
     Effect of High Cold Deformation on Crystallization of Electroless Plated Amorphous Ni Sn P Alloy
     大冷变形对化学镀Ni-Sn-P非晶态合金晶化的影响
短句来源
     The effect of high cold deformation on crystallization of electroless plated amorphous Ni Sn P alloy was studied. The results showed that the cold deformation promoted crystallization of the alloy. The cold deformation not only reduces thermal stability of the amorphous alloy, but also induces its crystallization in some degree plating.
     本文研究了大冷变形对化学镀NiSnP非晶合金晶化的影响,结果表明,冷变形促进了晶化,不仅降低了NiSnP非晶合金的热稳定性,而且在冷变形过程中就有晶化产生。
短句来源
  “大冷变形”译为未确定词的双语例句
     The results show that aging response rate of severe cold plastic deformed Al alloy is improved, which approaches to the ultimate tensile strength with aging time of 20 min, decreased by 6 min than that of T6 treatment.
     结果表明,大冷变形后合金的时效响应速度提高,时效20min时就接近峰值强度,比传统处理工艺(T62)缩短6h;
短句来源
     Deformation and heat treatment parameters have been found: the maximum amount of cold work should be lese than 70%, optimum heat treatment temperature should be of 800-900℃, which yields a grain size smaller than 6x.
     打出了该 合金的冷加工及热处理工艺条件为:最大冷变形度必须<70%,合理的热处理温度为800-900℃。 这样,其晶粒度可小于6级。
短句来源
     Deformation and heat treatment parameters have been found, the maximum amount of cold work should be lese than 70%, optimum heat treatment teraperatnre should be of 800-900℃, which yields a grain size smaller than*6.
     找出了该合金的冷加工及热处理工艺条件为:最大冷变形度必须<70%,合理的热处理温度为800—900℃。 这样,其晶粒度可小于6级。
短句来源
     After large scale cool work, the main microstructure is fine and highly deformed matensile.
     透射电镜观察发现,Ti-49.8%Ni(原子分数)合金经较大冷变形量变形后,其显微组织为细小片状且高度形变的马氏体。
短句来源
     Furthermore, the elongation of the alloy retains a constant with increasing in aging time, which indicates the existence of critical aging time for the sever cold plastic deformed 2 024 alloy.
     时效时间≥60min时,δ5≤5%,且随着时效时间的延长,δ5值变化不大,说明大冷变形2024铝合金存在一个临界时效时间。
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  high cold deformation
Investigation results show that after drawing with high cold deformation degree (96-99%), the annealing leads to the changes in the continuous grain growth with increased temperature.
      


Deformation and recrystallization characteristics of a low cobalt ceramic-sealing alloy of the FeMNi-Co-Cu system are studied. Recrystallization diagram of this alloy has been determined. The effect of degree of cold work and annealing temperature on deep drawing properties of the alloy are studied. The cold work texture and annealing texture, and the effects of degree of cold work to the texture are studied together with the geometric relationship between the type of preferred orientation and the ears. Deformation...

Deformation and recrystallization characteristics of a low cobalt ceramic-sealing alloy of the FeMNi-Co-Cu system are studied. Recrystallization diagram of this alloy has been determined. The effect of degree of cold work and annealing temperature on deep drawing properties of the alloy are studied. The cold work texture and annealing texture, and the effects of degree of cold work to the texture are studied together with the geometric relationship between the type of preferred orientation and the ears. Deformation and heat treatment parameters have been found: the maximum amount of cold work should be lese than 70%, optimum heat treatment temperature should be of 800-900℃, which yields a grain size smaller than 6x.

本文较详细地研究了 Fe-Ni-Co-Cu系低钴瓷片合金(又称低钴可伐)的形变再结晶特 性。测定了该合金的再结晶全图、冷加工变形度和再结晶退火温度对该合金深冲性能的影响;测 定了形变和再结晶织构及冷加工变形度对其影响,确定了织构类型与制耳的几何关系。打出了该 合金的冷加工及热处理工艺条件为:最大冷变形度必须<70%,合理的热处理温度为800-900℃。 这样,其晶粒度可小于6级。

Deformation and recrystallizatioa characteristics of a low cobalt ceramic-sealing alloy of the Fe-Ni-Co-Cu system are studied.Recrystallization diagram of this alloy has been determined. The effect of degree of cold work and annealing temperature on deep drawing properties of the alloy are studied. The cold work texture and annealing texture, and the effects of degree of cold work to the texture are studied together with the geometric relationship between the type of preferred orientation and the ears. Deformation...

Deformation and recrystallizatioa characteristics of a low cobalt ceramic-sealing alloy of the Fe-Ni-Co-Cu system are studied.Recrystallization diagram of this alloy has been determined. The effect of degree of cold work and annealing temperature on deep drawing properties of the alloy are studied. The cold work texture and annealing texture, and the effects of degree of cold work to the texture are studied together with the geometric relationship between the type of preferred orientation and the ears. Deformation and heat treatment parameters have been found, the maximum amount of cold work should be lese than 70%, optimum heat treatment teraperatnre should be of 800-900℃, which yields a grain size smaller than*6.

本文较详细地研究了Fe—Ni—Co—Cu系低钴瓷封合金(又称低钴可伐)的形变再结晶特性。测定了该合金的再结晶全图、冷加工变形度和再结晶退火温度对该合金深冲性能的影响;测定了形变和再结晶织构及冷加工变形度对其影响,确定了织构类型与制耳的几何关系。找出了该合金的冷加工及热处理工艺条件为:最大冷变形度必须<70%,合理的热处理温度为800—900℃。这样,其晶粒度可小于6级。

The microstructure and linear superelasticity of 22% cold worked Ti-49. 8at% Ni alloy has been studied by tensile test at various temperature and TEM observation. After large scale cool work, the main microstructure is fine and highly deformed matensile. It is shawn that the complete superelasticity can be obtained by stress-strain cycles.The temperature range of exhibiting the linear superelasticity is related to the As. Furthermore, afte the cold workedwires obtain the complete superelasticity, stress-strain...

The microstructure and linear superelasticity of 22% cold worked Ti-49. 8at% Ni alloy has been studied by tensile test at various temperature and TEM observation. After large scale cool work, the main microstructure is fine and highly deformed matensile. It is shawn that the complete superelasticity can be obtained by stress-strain cycles.The temperature range of exhibiting the linear superelasticity is related to the As. Furthermore, afte the cold workedwires obtain the complete superelasticity, stress-strain cycles has no influence on the chaseteristics of superelasticity.

利用透射电镜观察不同温度下的拉伸试验,研究了冷变形量22%的Ti-49.8%Ni(原子分数)合金的显微组织及线性超弹性行为。透射电镜观察发现,Ti-49.8%Ni(原子分数)合金经较大冷变形量变形后,其显微组织为细小片状且高度形变的马氏体。研究表明,冷变形Ti-49.8%Ni(原子分数)合金经一定次数应力-应变循环处理后可获得完全的线性超弹性,出现线性超弹性的温度区间与冷变形TiNi合金的As点有关。并且,冷变形Ti-49.8%Ni(原子分数)合金获得完全线性超弹性后,再进行应力-应变循环处理,其超弹性应力-应变曲线基本不发生变化。

 
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