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电弧熔化
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  arc spray
     The AgNi10 powders produced by new technics (ultrasonic arc spray), which slightly dissolved each other at liquid state but non-dissolved at solid state, were studied.
     探讨了利用新型工艺超音速电弧熔化气雾化的方法制备液态微溶、固态不互溶的AgNi10粉。
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  “电弧熔化”译为未确定词的双语例句
     The 0.05--0.08mm thick splat foils of Ag-Tb alloy, containing Tb up to 10 at.-%,were made by the hammer-anvil technique. The cooling rate was in order of 10~6K/s. The me-tastable extension of solid solubility of Tb in the rapidly solidified Ag-Tb alloy was measuredto be up to 5 at.-% by lattice paramter method.
     采用电弧熔化快速锤砧急冷技术制备含Tb直到10at.-%的Ag-Tb合金箔,厚度0.05—0.08mm,其冷却速度为10~6K/s数量级,采用晶格参数法确定Tb在快速凝固Ag-Tb合金中亚稳扩展固溶度可达到5at-%,确定亚稳共晶中的第二相为Ag_3Tb,观察了快凝Ag-Tb合金的显微结构与缺陷。
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  相似匹配句对
     Arc sensor used in MIG/MAG weld tracking
     用于熔化极气电焊的电弧跟踪传感器
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     SURFACE MELTING
     表面熔化
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     Optimized Power Supply Model in Melting Period of SR-EAF
     SR电弧熔化期供电优化模型
短句来源
     High Speed Rotating Arc Sensor
     高速旋转电弧传感器
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     THE MELTING PROPERTIES OF ULTRAFINE PARTICLES
     超微粒的熔化特性
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  arc spray
An automated arc spray tooling system for rapid die-making of large-sized automobile body panels
      
Process development of a novel arc spray nanoparticle synthesis system (ASNSS) for preparation of a TiO2 nanoparticle suspension
      
By implementing the system, we have successfully developed the processing equipment of the arc spray nanoparticle synthesis system (ASNSS).
      
Nanoparticle suspension preparation using the arc spray nanoparticle synthesis system combined with ultrasonic vibration and rot
      
This study aims to investigate the use of a new nanoparticle preparation method, i.e., the arc spray nanoparticle synthesis system (ASNSS) combined with ultrasonic vibration and rotating electrode, to prepare TiO2 nanoparticle suspension.
      
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The spin ribbons and splat foils of various Mo-base alloys were made by the arc melt-spinning and hammer-anvil techniques. The mechenical properties, surface topography and microstructure have been studied. A strong grain refinement and an age hardening response have been observed in the as-quenched and annealed specimens, respectively. The precipitates which are responsible for age hardening were identified to be Mo_2B(C16, BCT) in Mo-B alloys and Mo_2B and more stable ZrB_2(A_3) in Mo-Zr-B alloys. The alloys...

The spin ribbons and splat foils of various Mo-base alloys were made by the arc melt-spinning and hammer-anvil techniques. The mechenical properties, surface topography and microstructure have been studied. A strong grain refinement and an age hardening response have been observed in the as-quenched and annealed specimens, respectively. The precipitates which are responsible for age hardening were identified to be Mo_2B(C16, BCT) in Mo-B alloys and Mo_2B and more stable ZrB_2(A_3) in Mo-Zr-B alloys. The alloys in which the borides are as strengthening phases possess very high strength and hardness, indicating the prospect of developing high strength Mo-base alloys by rapidly solidified techniques.

采用电弧熔化熔体,单辊急冷和锤-砧急冷技术制备了一系列高熔点钼基合金箔与薄带试样,研究其力学性能、表面形貌和显微结构。快速凝固Mo-B,Mo-Zr-B系合金具有强的晶粒细化和时效硬化效应。造成时效硬化的相应沉淀相分别为Mo_2B(C16,BCT)和ZrB_2(A_3)。ZrB_2沉淀相有更高的稳定性。这些以硼化物为强化相的快速凝固钼合金具有很高的强度与硬度,表明可以采用快速凝固技术发展新的高强度钼合金。

The 0.05--0.08mm thick splat foils of Ag-Tb alloy, containing Tb up to 10 at.-%,were made by the hammer-anvil technique. The cooling rate was in order of 10~6K/s. The me-tastable extension of solid solubility of Tb in the rapidly solidified Ag-Tb alloy was measuredto be up to 5 at.-% by lattice paramter method. The secondary phase in metastable eutecticstructure was identified as Ag_3Tb from diffraction pattern. The microstructure and micro-defect in as-quenched Ag-Tb splat foil were also observed.

采用电弧熔化快速锤砧急冷技术制备含Tb直到10at.-%的Ag-Tb合金箔,厚度0.05—0.08mm,其冷却速度为10~6K/s数量级,采用晶格参数法确定Tb在快速凝固Ag-Tb合金中亚稳扩展固溶度可达到5at-%,确定亚稳共晶中的第二相为Ag_3Tb,观察了快凝Ag-Tb合金的显微结构与缺陷。

The AgNi10 powders produced by new technics (ultrasonic arc spray), which slightly dissolved each other at liquid state but non-dissolved at solid state, were studied. Using the high temperature heating by electric arc the Ni dissolves in Ag matrix, but being not deposited rapid solidification a little later. In this way, metastable AgNi10 alloy powders are prepared. X-ray testified that some Ni forsooth dissolved in Ag matrix. Besides, the crystalline grain is fine. And SEM shows that the particles are mostly...

The AgNi10 powders produced by new technics (ultrasonic arc spray), which slightly dissolved each other at liquid state but non-dissolved at solid state, were studied. Using the high temperature heating by electric arc the Ni dissolves in Ag matrix, but being not deposited rapid solidification a little later. In this way, metastable AgNi10 alloy powders are prepared. X-ray testified that some Ni forsooth dissolved in Ag matrix. Besides, the crystalline grain is fine. And SEM shows that the particles are mostly global. The size is uniform and small, mostly between 25 and 45 μm. Moreover, after selection before typical particles appear as rich Ni nanometer phase dispersed in rich Ag matrix.

探讨了利用新型工艺超音速电弧熔化气雾化的方法制备液态微溶、固态不互溶的AgNi10粉。利用电弧在放电时的高温使Ni熔解于Ag中,在随后的快速凝固过程中形成含有亚稳合金相的AgNi10粉末。X射线结果表明:经超音速电弧熔化气雾化之后Ag Ni有固溶,且存在粉末颗粒越细小,固溶扩展越大的规律。扫描电镜结果显示:AgNi10粉末的颗粒粒度较均匀、细小,多集中在2 5~45 μm(3 #粉占70 %~80 % ) ;取典型颗粒放大处理后发现:颗粒中富Ag基体上Ni(富Ni相)高度弥散分布,Ni相的尺寸在10 0nm数量级以下。

 
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