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temper microstructure
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  “temper microstructure”译为未确定词的双语例句
     Surface hardening of drill rod joint material 30CrMnSiA by using 2 kW power and 100 mm/min scanning velocity has been performed. The microstructure and hardness of the transformation layer have been studied. The experimental results show that the surface hardened layer consists of the hardened region and the interim region and the temper microstructure.
     采用功率为 2kW、扫描速度为 10 0mm/min的工艺参数对钻杆接头材料 30CrMnSiA钢进行了表面相变硬化处理 ,研究了相变层的组织和硬度特征。
短句来源
     Surface hardening of drill-stem joint material 30CrMnSiA by using 2kW power and 100mm/min scanning velocity has been performed, The microstructure and wear resistance of the transformation layer have been studied ,The experimental results show that the surface hardened layer consists of the hardened region and the interim region and the temper microstructure,The microstructure of hardened layer was very tiny,Its wear resistance higher than the 30CrMnSiA steel in the normal state
     采用功率为 2kW ,扫描速度为 10 0mm/min的工艺参数对钻杆接头材料 30CrMnSiA钢进行了表面相变硬化处理 ,研究了相变层的组织和耐磨性。 实验结果表明 ,30CrMnSiA钢表面相变硬化层分为完全淬硬层、过度层和受热影响的基体组织 ,硬化层的显微组织明显细化 ,其表面层的耐磨性明显高于未经激光处理的 30CrMnSiA钢。
短句来源
  相似匹配句对
     Effect of Temper on Microstructure and Mechanical Properties of Acicular Ferrite Steel
     回火工艺对针状铁素体钢组织和性能的影响
短句来源
     Microstructure Optics
     微结构光学
短句来源
     3. Microstructure.
     (3) 微观结构。
短句来源
     Both microstructure and hardness of welded change little after temper treatment.
     焊后经过回火处理的基体金相组织与性能没有变化.
短句来源
     and of theproperties with the temper temperature.
     从而得出组织、断口形貌、性能随回火温度变化的规律。
短句来源
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An Al 17Si 6Fe 4 5Cu 0 5Mg alloy was manufactured by rapid solidification/powder metallurgy(RS/PM) process and followed by T6 temper Microstructure and tensile properties of the extruded and T6 tempered alloys were studied by means of modern measuring techniques The results show that the second phases in the microstructure of the alloy were obviously refined by this process, through T6 temper coarsening of the second phases occurred and a new phase precipitated in the matrix;...

An Al 17Si 6Fe 4 5Cu 0 5Mg alloy was manufactured by rapid solidification/powder metallurgy(RS/PM) process and followed by T6 temper Microstructure and tensile properties of the extruded and T6 tempered alloys were studied by means of modern measuring techniques The results show that the second phases in the microstructure of the alloy were obviously refined by this process, through T6 temper coarsening of the second phases occurred and a new phase precipitated in the matrix; the tensile properties of the alloy were characterized by high strength, low ductility and improved heat resistance

采用快速凝固 /粉末冶金法制备 Al- 17Si- 6 Fe- 4.5 Cu- 0 .5 Mg合金 ,并进行 T6处理。利用现代测试手段对挤压态及 T6处理态合金微观组织及拉伸性能进行研究。结果表明 :采用这种工艺可使合金组织中第二相得到显著细化 ,经 T6处理后第二相有粗化趋势 ,同时也有新相沉淀析出 ;合金拉伸性能主要表现在高强、低塑性及良好耐热性

Surface hardening of drill rod joint material 30CrMnSiA by using 2 kW power and 100 mm/min scanning velocity has been performed. The microstructure and hardness of the transformation layer have been studied. The experimental results show that the surface hardened layer consists of the hardened region and the interim region and the temper microstructure. The microstructure of hardened layer was very tiny. Its hardness is 30% higher than the high frequency quenched. Quenched depth is 1 7 mm and...

Surface hardening of drill rod joint material 30CrMnSiA by using 2 kW power and 100 mm/min scanning velocity has been performed. The microstructure and hardness of the transformation layer have been studied. The experimental results show that the surface hardened layer consists of the hardened region and the interim region and the temper microstructure. The microstructure of hardened layer was very tiny. Its hardness is 30% higher than the high frequency quenched. Quenched depth is 1 7 mm and one time higher than the high frequency quenched

采用功率为 2kW、扫描速度为 10 0mm/min的工艺参数对钻杆接头材料 30CrMnSiA钢进行了表面相变硬化处理 ,研究了相变层的组织和硬度特征。实验结果表明 ,30CrMnSiA钢表面相变硬化层分为完全淬硬层、过渡层和受热影响的基体组织 ,硬化层的显微组织明显细化 ,其表面层的硬度比高频淬火的硬度提高了 30 % ,淬硬层深度达 1 7mm ,比高频淬火深度提高近 1倍。

Surface hardening of drill-stem joint material 30CrMnSiA by using 2kW power and 100mm/min scanning velocity has been performed, The microstructure and wear resistance of the transformation layer have been studied ,The experimental results show that the surface hardened layer consists of the hardened region and the interim region and the temper microstructure,The microstructure of hardened layer was very tiny,Its wear resistance higher than the 30CrMnSiA steel in the normal state

采用功率为 2kW ,扫描速度为 10 0mm/min的工艺参数对钻杆接头材料 30CrMnSiA钢进行了表面相变硬化处理 ,研究了相变层的组织和耐磨性。实验结果表明 ,30CrMnSiA钢表面相变硬化层分为完全淬硬层、过度层和受热影响的基体组织 ,硬化层的显微组织明显细化 ,其表面层的耐磨性明显高于未经激光处理的 30CrMnSiA钢。

 
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