1)aluminum melt铝熔体
1.Hereditary mechanism of aluminum melt under the action of pulse electric field;脉冲电场作用下纯铝熔体的遗传机制
2.Application of continuous online hydrogen tester in study of aluminum melt hydrogen absorption;在线式连续测氢仪在铝熔体表面吸氢特性研究中的应用
英文短句/例句
1.Influencing Factors in Molten Aluminum Treating by Elec-flux Process电熔剂法净化处理铝熔体的影响因素
2.New Type CFF for Cleaning Molten Aluminum铝熔体净化用的新型泡沫陶瓷过滤板
3.Influence of Hydrogen Content in Aluminum Melt on the Quality of Hot Dip Aluminum Coating of Q235 Steel Plates铝熔体中氢含量对Q235钢板热浸镀铝层质量的影响
4.Development and Application of a Fast Quantitative Measurement Meter of Hydrogen Level in Aluminum Melt;铝熔体快速定量测氢系统的研究开发及应用
5.The Heredity and Structure Transformation of Molten Aluminum in Pulse Electric Field;脉冲电场作用下铝熔体的遗传性及其结构转变
6.Study on Electromagnetic Purification of Iron-rich Phase from Aluminum Melt;电磁分离法去除铝熔体中富铁相的研究
7.Experimental Observation of the No-contact Electromagnetic Shaping for the Pure Aluminum Melt纯铝熔体无接触电磁约束成形的实验观察
8.Analysis of degassing efficiency of porous brick to purify molten aluminum透气砖底吹净化铝熔体的除气效率分析
9.Study on the Viscosity Control of Foam Aluminum Melt and the Bubble's Stability泡沫铝熔体粘度的控制与气泡稳定性研究
10.Numerical Simulation of the Temperature Field during Aluminum Melting Process铝熔炼过程合金熔体温度场的数值模拟
11.Melt purification in the course of producing aluminum alloy slab by using electrolytic aluminum melt用电解铝液生产铝合金扁铸锭的熔体净化工艺
12.Al-Si foam was fabricated by direct melt foaming.采用熔体发泡法制备泡沫铝硅合金。
13.Study on Semi-Solid Aluminum Alloy Rheo-Die-Casting Technique;半固态铝合金熔体流变压铸工艺研究
14.Ultrasonic Melt Treatment and Solidification of 7055 Aluminum Alloy;7055铝合金熔体超声处理与凝固研究
15.Investigation on the Melt Treatment and Homogenization of LC4 Aluminium Alloy;LC4铝合金熔体处理与均匀化工艺研究
16.A Raman Spectroscopy Study of the Structure of Potassium Aluminum Silicate Melt钾铝硅酸盐熔体结构的Raman光谱研究
17.Dynamic Study and Analysis of Aluminum and Aluminum Alloy Melt in the Foaming Process;铝和铝合金熔体泡沫化过程的动力学研究及分析
18.Discussion on Purifying Melt of Aluminum Billet Produced by Electrolysis Aluminum Liquid用电解铝液生产铝加工坯料的熔体净化方法探讨
相关短句/例句
molten aluminum铝熔体
1.Prediction of hydrogen content in molten aluminum based on LS-SVM;利用最小二乘支持向量机预测铝熔体氢含量
2.Purification of Molten Aluminum by Electro-flux;电熔剂法净化处理铝熔体的试验研究
3.Filtration condition influencing molten aluminum filtered with actively coated ceramic particles;过滤条件对活性涂层陶瓷颗粒过滤铝熔体的影响
3)molten aluminium铝熔体
1.Existent conformation of hydrogen and inclusion in molten aluminium;铝熔体中氢和夹杂物的存在形态
2.The Fe and Si impurities in molten aluminium are polymerized with Al to form inter metallic compound distributed dendritically.原铝中含有的铁、硅杂质 ,主要以枝状的化合物存在·当向铝熔体中加入一定量的锰时 ,锰与铁、硅、铝生成金属间化合物·该类富铁金属间化合物呈较大的块状或球状颗粒 ,可用电磁将其分离·利用富铁相与铝熔体导电性差异 ,可用交变磁场将其分离出来 ;利用富铁相与铝熔体导磁性差异 ,可用稳恒磁场将其分离出来·实验结果表明 ,交变磁场和稳恒磁场可使铝熔体富铁相定向聚集
3.The mathemetical models of electromagnetic force and moving velocity of inclusion particles are presented in molten aluminium with an electromagnetic field by rectangle coil and 50?Hz current according to the basic theory of magnetohydrodynamics (MHD).根据电磁流体力学 (MHD)的基本理论 ,建立了在采用矩形电磁线圈和工频电源的条件下电磁分离铝熔体中夹杂颗粒的体积力、颗粒运动速度等数学模型·模拟计算结果表明 ,电磁体积力越大 ,分离力越大 ,夹杂颗粒运动速度越快 ;夹杂颗粒的粒径越大 ,颗粒运动速度越快 ;粒径大于 30 μm的夹杂颗粒运动速度较快 ,容易用电磁方法分离 ,粒径小于 10 μm的夹杂颗粒运动速度较慢 ,难分离
4)Al-Cu melt铝铜熔体
1.The distribution of electric field in Al-Cu melt under electric pulse field(PEF) was studied through combination of numerical simulation and experimental method.采用数值模拟与实验验证相结合的方法,对电脉冲作用下铝铜熔体内电场分布规律进行了探讨。
5)aluminum alloy melt铝合金熔体
6)Refining of aluminum melting铝熔体精炼
延伸阅读
135kA中间下料预焙阳极铝电解槽(抚顺铝厂)135kA中间下料预焙阳极铝电解槽(抚顺铝厂) 赢 135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
