在生产过程中，粉末涂料在挤出机中的熔化过程。
Molten powder coating formulation as it exits the extruder during the manufacture process.
对水平矩形腔内相变材料的接触熔化过程进行了研究。
The melting process of phase change materials (PCM) inside a finite length rectangular capsule which is heated isothermally at the bottom is analyzed.
讨论相变材料围绕水平圆柱与平板下各种形式的接触熔化过程。
The various contact melting processes of phase change material around the horizontal cylinder and flat are studied.
用数值模拟方法研究了工艺因素对硅铁在铁液中熔化过程的影响。
The effects of technical factors on melting process of ferrosilicon in liquid iron are studied by using numerical simulation.
在挤压机中的球形颗粒流动更加一致，熔化过程中的表现也很出色。
The flow of the pellets into the extruder is more consistent and the behavior during melting is also better.
在预估中等能量沉积产生材料的动态响应时必须适当地考虑熔化过程。
Melting process must be adequately taken into accounted for the material dynamic response calculation in the intermediate energy deposition range.
提出并研究了相变材料围绕水平椭圆柱，在有限长接触时的温差熔化过程。
The finite length contact melting of phase change material around a moving horizontal elliptical cylinder driven by temperature difference was investigated.
本文研究相变材料(冰)围绕水平椭圆柱，在有限长接触时的压力熔化过程。
The pressure melting process of phase change material (the ice) around a horizontal elliptical cylinder with finite length is studied.
冷却速率越大或预变形处理以后的试样在熔化过程中更容易发生二次枝晶臂之间的合并。
The more the increase of cooling rate or pre-deformation, the more the secondary dendrite arms are easy to coarsen.
本文论述了玻璃池窑中深澄清池对加速玻璃熔化过程及节约能耗的作用，并指出了应用深澄清池应注意的问题。
The effects of deep refiner were investigated in this paper:it accelerates the melting process and economizes thermal energy in tank furnaces.
通过对熔化过程的现察和对玻璃样品有关性能测试结果的分析，讨论了霞石正长岩作为浮法玻璃原料的可行性。
By observing the melt course and analyzing the measurements of glass samples, the feasibility of nepheline syenite replacing part of raw material for the float glass is discussed.
建立了底吹钢包内加入合金后的运动过程数学模型，计算了铁锰合金颗粒在吹氩钢包内的熔化过程和运动轨迹。
A mathematical model is developed to analyze the movement of Fe Mn alloy in a bottom stirred ladle, the melting process and trajectories of alloying addition movement are calculated.
通过对熔化过程的观察和对玻璃样品有关性能测试结果的分析，讨论了霞石正长岩作为绿色浮法玻璃原料的可行性。
By observing of the melt course and by analyzing the measurements of glass samples, the feasibility of nepheline syenite as raw materials for the green float glasses was discussed.
我们还研究了熔化过程中缺陷的行为，体系的本征结构等，发现位错对与向错的行为不同于kthny理论的预测。
We also explore the defects patterns, inherent structure etc, and find that dislocations and disclinations' behavior are different from prediction of KTHNY theory.
本文通过单向加热炉模拟保护渣在结晶器内的熔化过程，研究了六种炭质材料对保护渣熔化速度和熔融结构的影响。
The melting process of mold fluxes were simulated in an unidirectional furnace so how these six kinds of carbon material influence on the melting rate and melting structure was made clear.
本文分析了数值模拟石蜡熔化过程可能遇到的困难，提出利用FLUENT求解相变过程换热，采用多孔介质模型。
This paper analyzed the difficult of numerically simulation in melting process of paraffin. It was advanced that we could deal with it by FLUENT software and adopting porous medium model.
数值求解中，对凝固过程与熔化过程加以分别考虑，考虑了诸如蕊芯的影响及自然对流效应等因素，所得结果具有实用价值。
Solidification and melting process are studied separately with different considerations such as the effects of core and natural convection. Valuable results were gotten.
熔炼基本上是一个熔化过程，在此过程中炉料的组元在熔融状态下分解为两层或多层，这些层次可以是熔渣、冰铜、黄渣或金属。
Smelting is essentially a melting process in which the components of the charge in the molten state separate into two or more layers which may be slag, matte, speiss or metal.
计算结果表明，热脉冲作用下，转变时体系平均温度高于平衡计算熔点，结构转变是过热熔化过程，系统不可能发生从晶态到非晶态非平衡转变。
The results show that the average system temperature is higher than the calculated equilibrium melting point of cu while the transformation occurs which should be an overheated melting process.
熔炉里的2000吨熔融玻璃中，几个过程——熔化、精炼、均质化——在同时进行。
Several processes—melting, refining, homogenising—take place simultaneously in the 2000 tonnes of molten glass in the furnace.
"有时候，在提炼的过程中会出现这些情况：一个气泡没有被移除，一个砂粒没有熔化，（熔融的）锡的一次颤动把波纹带进了玻璃带中。
Occasionally, a bubble is not removed during refining, a sand grain refuses to melt, a tremor in the tin puts ripples into the glass ribbon.
从陨石推断和经过电脑软件确认可行,行星的形成过程应该如此.首先,灰尘微粒聚集在一起形成宇宙尘球.早期太阳的热量爆发将这些尘球熔化,它们因此固化为陨石球粒.
First, dust particles clumped together to form cosmic dustballs. Bursts of heat from the primitive sun melted the dustballs, which solidified into chondrules.
这些作用力让伊奥温度升高，这个过程叫做潮汐热。 这一作用的力量对伊奥是十分强大的，它能熔化岩石，使之形成火山。
This effect is so powerful on Io that it can melt rock, creating the volcanoes.
例子在离子层的这地球和其他行星，星体，气体排出物供各种各样设备和过程使用，以及在边缘地区的熔化等离子。
Examples are ionospheres of the Earth and other planets, stellar atmospheres, gaseous discharges for use in various devices and processes, and fusion plasmas in the edge region.
最后，这块陨石表面还有金属熔化的块状斑点，可能是降落过程中的高温使金属熔化在石头表面。
Finally, the surface of this meteorite melted lump of metal spots there may be landed during the metal melting temperature in stone surface.
在熔化岩石的过程中，锂失去它的一些热量。
In the process of melting the rock the lithium loses some of its heat.
在熔化岩石的过程中，锂失去它的一些热量。
In the process of melting the rock the lithium loses some of its heat.
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