The main existing form and its interaction of inclusion and gas in aluminum melt are introduced.
介绍了铝熔体中夹杂物与气体的主要存在形态及其相互作用。
Also FLUENT, which is the large scale CFD software, has been applied to imitate the foaming process of aluminum melt.
利用大型计算流体软件——FLUENT对熔体直通气体发泡法过程进行模拟。
Treating aluminum melt with power ultrasonic can improve solidification structure and mechanical properties of metals obviously.
金属凝固过程中施加功率超声可以有效地改善铸锭凝固组织，提高材料特性和机械性能。
A rotor of rotary impeller of compositing graphite and ceramic belongs to the field of the purification treatment of aluminum melt.
一种石墨与陶瓷复合制作的旋转喷吹转子，属于铝熔体纯净化处理领域。
The heredity of pure aluminum melt under the action of pulse electric field was investigated by means of repetitious remelt experiment.
对处于熔点以上的纯铝施加电脉冲，通过对铝锭的多次重熔实验，研究了其熔体结构的遗传性。
The corrosive experiments on stainless steel electriode in dynamic aluminum melt are studied by scan electric mincroscope, composition analysis by electron probe.
利用扫描电镜和能谱仪对不锈钢电极材料在高温动态铝液中腐蚀机理进行了实验研究。
However, recycled aluminum contains tackily agent and calcium remnants of foaming agent, which make the viscosity of aluminum melt too high to preparation of aluminum foam.
再生铝中含有增粘剂和发泡剂的钙类残存物，导致再生铝熔体粘度过大，不宜直接用于制备泡沫铝。
The origin and the existing pattern of hydrogen in aluminum melt were introduced, and the solubility of hydrogen in aluminum liquid and its influence factors were analyzed as well.
介绍了铝熔体中的氢的来源及其存在形态，分析了铝液吸氢的过程。讨论了铝液中氢的溶解度及其影响因素。
The paper introduces the advantages of magnetic stirrers applied to aluminum melt furnaces, and makes a comparison between the electro-magnetic stirrer and permanent magnetic stirrer.
本文着重阐述磁搅拌器应用于熔铝炉的优越性，并对永磁搅拌器与电磁搅拌器的优缺点进行了比较。
The mathematic physics model for interface reaction of Hydrogen aluminum melt is carried out in this paper. The kinetics formula of the reaction process has been deduced and calculated.
建立了铝液中氢的界面反应过程的数学物理模型，对界面反应过程进行了动力学推导和计算。
It is verified to certain extent that genetic carrier (cluster) among filial generations possesses transferability by analyzing the variability of aluminum melt under pulse electric field with DSC.
DSC分析揭示了脉冲电场下熔体结构的变异性，一定程度上验证了记忆载体——团簇在子代间的传递。
Research method and main results is as following: Using electrical resistance furnace and cooling slope to melt A356 aluminum alloy and gain the semi-solid slurry.
研究方法和主要成果如下：使用电阻炉熔炼a356铝合金，并采用斜坡冷却法进行半固态熔体的制备。
At present, its preparing technologies mainly contain powder sintering technology, melt infiltration technology, Aluminum alloy directly oxidizes at high temperature technology.
目前它的制备工艺主要有粉末烧结工艺、熔体浸渗工艺、铝合金高温直接氧化工艺。
Testing has shown silane can burn with a flame that cannot ignite paper or with an intensity that will melt metals like brass and aluminum.
试验显示，硅烷燃烧的火焰或者不能点燃纸张，或者其强度可以熔化象黄铜和铝一样的金属。
The effect of melt treatment method on degassing efficiency of ultrasonically refined pure aluminum ingots was investigated. Furthermore, the mechanism of ultrasonic degassing was analyzed.
研究了不同的熔体处理方法对纯铝铸锭超声波除气的影响，分析了影响超声波除气效果的原因。
Melt Purityporositymechanical properties relationships in casting aluminum alloys have been reviewed in this paper.
综述了铸造铝合金熔体洁净度-疏松-力学性能三者之间的关系。
The melt of aluminum alloy in the electromagnetic field was stired by different stirring power and the microstructure of the material that was got from different stirring technology was observed.
采用不同的搅拌功率对铝合金熔体进行电磁搅拌，观察与分析几种搅拌工艺下得到的材料显微组织。
The discussion on the temperature measuring techniques for liquid metal melts of copper, aluminum and the melt in a cementite furnace etc. is put stress on.
着重讨论了渗碳炉、铜、铝等液态金属熔体温度检测技术。
The sample was characterized by melt flow rate and adhesion strength to aluminum.
用熔体流动速度和粘结强度表示试样的特征。
The influences of ultrasonic melt treatment on the microstructure and mechanical properties of 7055 aluminum alloy were investigated.
通过在7055铝合金熔体浇注前作超声处理，研究了超声作用对其显微组织和力学性能的影响。
SiC particle-reinforced aluminum foams were produced by melt foaming process, and their deforming activity under quasi-statistic pressing was analysised.
用熔体发泡法制备了碳化硅颗粒增强泡沫铝样品，分析了碳化硅增强泡沫铝在准静态压缩条件下的变形行为。
It can hold about 14 pounds of aluminum when filled to the brim (dangerous) so to be safe I usually only melt 13.9 pounds at a time.
市民可铝约14时填得满满持有英镑(危险)，所以是安全的，我通常只熔化一次一十三点九磅。
There are three main interior structure defects in the preparation of aluminum foam with melt foaming process such as free-bubble-layer at the bottom, partial free-bubble-zone and heat crack.
泡沫铝常见的内部缺陷主要有底部无泡层、局部无泡区和内部热裂纹。
The rolling process of closed-cell aluminum foam that was prepared by melt-foaming process was studied, as well as its deformation and failure behavior due to different pass reduction.
研究了采用熔体发泡法制备的闭孔泡沫铝材料的轧制过程，分析了不同道次压下量条件下泡沫铝的变形特点与破坏方式，探讨了影响泡沫铝轧制能力的主要因素。
The experiment on continuously purifying of aluminum base alloy melt by travelling magnetic field was carried out. The trajectory model was used to calculate the inclusion removal efficiency.
采用行波磁场进行了电磁连续净化铝合金液实验，并采用电磁净化金属熔体的轨线模型，对实验中的夹杂物去除率进行了理论预测。
Through the electromagnetic induction sealing machine to induction heating bottle cap so that the bottle and the aluminum foil are bonded together to form a reliable hot-melt sealing.
经电磁感应封口机局部感应加热，铝箔与瓶体即粘接为一体形成可靠的热熔封口。
Based on the technology of rotating impeller DE gassing in aluminum alloy melt, the effect of pulse gas current on the gas bubble size by studied with the water modeling method.
在铝合金熔体净化旋转喷吹技术的基础上，采用水力模拟实验研究了脉冲进气方式对气泡大小的影响。
On the basis of 3-D temperature fields calculation of aluminum alloy casting, the liquid face shrinkage capacity method of varied several melt pool is put forward to predicate shrinkage cavity;
在铝合金铸件三维温度场计算的基础上，提出了采用动态多熔池等效液面收缩量法对缩孔进行预测；
On the basis of 3-D temperature fields calculation of aluminum alloy casting, the liquid face shrinkage capacity method of varied several melt pool is put forward to predicate shrinkage cavity;
在铝合金铸件三维温度场计算的基础上，提出了采用动态多熔池等效液面收缩量法对缩孔进行预测；
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