1) magnetic filter
磁过滤
1.
The mechanism of the high gradient magnetic filter was analyzed theoretically,and the characteristics of the magnetic materials influenced by temperature were analyzed and tests.
分析了高梯度磁过滤器的机理,研究了温度对磁性材料性能的影响。
2.
A new model of plasma motion in rectangle 90o magnetic filter was founded and computed with electromagnetic in rectangle filter , and the stimulation result describe the distribution of plasma density well.
建立了等离子体在方形90°磁过滤弯管内的运动方程模型。
2) electromagnetic filtration
电磁过滤
1.
The size of primary iron rich phases removed by electromagnetic filtration inverse ratios electromagnetic force and length to the power of 0.
经流体力学分析 ,建立了电磁过滤水平流动 Al- Si合金熔体中初生富铁相粒径的数学模型 ,并对电磁过滤器进行了设计 。
2.
The principle of the electromagnetic filtration is that under the action of EMF (electromagnetic force) the non-metallic inclusions with low electrical conductivity move in the direction opposite to that of the EMF.
电磁过滤原理是根据非金属夹杂物与熔体导电性的差异，在电磁场作用下非金属夹杂物与熔体的运动规律不同，使非金属夹杂物与熔体分离。
3.
The results show that the inclusions in aluminum base alloy melt can be captured when the melt flows through the electromagnetic field, which is called “electromagnetic filtration”, and the superficial percent of the inclusions trend to some certain value.
结果表明 ,含夹杂的铝合金液连续流经电磁力作用段时 ,夹杂物被阻隔 ,形成电磁过滤效应 ,而夹杂物聚集区域夹杂物面积分数趋于某一常数。
3) magnetic filter
磁过滤器
1.
The application of magnetic filter can significantly reduce the above defects, so the properties of the f.
结果表明:这些缺陷存在于晶内、晶界或者贯穿于整个薄膜;缺陷的存在极大地影响了薄膜的性能;缺陷密度与镀膜方法及具体的工艺参数有密切关系;使用磁过滤器镀制薄膜可显著减少上述缺陷,从而提高薄膜的各种性能。
2.
Attempts have been made to solve this problem by steering the cathode spots by a magnetic field, and by removing the droplets by a magnetic filter.
为解决这个问题，可采用轴对称磁场约束阴极斑，磁过滤器过滤等离子体出束中的液滴。
3.
Magnetic filtered plasma deposition and implantation technique;
经过 90度的磁过滤器 ,可以除去金属等离子体中的大颗粒微粒 ,从而为制备高质量的、致密的各种薄膜提供了一种全新的技术。
4) magnetic filtering
磁场过滤
1.
The effects of line magnetic filtering on the particles density and size in TiN and TiAlN films deposited by using arc ion plating have been examined by SEM.
用扫描电镜对比分析了电弧离子镀增加直线磁场过滤对沉积TiN和TiAlN薄膜中颗粒的密度和尺寸的影响。
5) superconductive magnetic filtration
超导磁过滤
1.
This article introduces a new separate technology,high gradient magnetic filtration(HGMF),as well as its prospect In addition,this article expects that development in the direction of HGMF will be technology of superconductive magnetic filtratio
介绍一种新型分离技术——高梯度磁过滤技术 (简称 HGMF)及展望 ,并预测超导磁过滤技术是未来高梯度磁过滤技术的发展方向。
6) magnetic filter
磁过滤弯管
1.
The effect of electric field and magnetic field in a magnetic filter on electron motion is investigated.
研究了在磁场和电场综合模式下磁过滤弯管中电子的运动方式及其对离子运动方式的影响 。
补充资料：过滤过程与过滤机分类
过滤过程与过滤机分类  | |
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参考词条