1) iron-rich impurity
富铁相杂质
1.
Effect of melt treatment on iron-rich impurity separated from Al-Si alloy by electromagnetic field;
熔体处理对电磁分离铝-硅合金中富铁相杂质的影响
2.
In this study,the separating object was iron-rich impurity particles in Al-Si alloy and dynamic experiments had been done to study the effect of magnetic flux density,cross shape of separator channel and circle size of metal melt no separating efficiency.
文中以铝硅合金中的富铁相杂质颗粒为分离对象,利用流动试验研究了磁感应强度、分离通道截面形状和金属熔体回路尺寸对分离效率的影响。
2) Fe(Si)-rich Impurity Phase
富Fe相杂质
3) Fe rich impurity phases
富Fe杂质相
4) impurity aggregation
杂质富集
5) iron-rich phase
富铁相
1.
Study is made on the influence of electromagnetic field on iron-rich phase of the Al-Si alloy with Mn as de-ironing additive.
针对碳电热法生产的一次铝硅合金经稀释精炼后其主要杂质为铁,而传统加除铁剂过滤的方法除铁效率较低的问题,采用锰为除铁剂,研究了电磁场对铝硅合金中富铁相的影响。
2.
Mn has obvious influence on the shape of iron-rich phase,which changed from the needle-like to needle plate-like and particle-like.
将不同数量的锰添加到Al-2%Fe合金中,进行电磁过滤并浇注试样,研究了合金中富铁相的形貌和力学性能。
3.
The control of the shape of iron-rich phase were realized by adding manganese in melt of Al-Si alloy and pre-heat treatment.
探索了通过加入金属Mn并结合熔体热处理工艺来控制铝硅合金中富铁相的形态。
6) Fe-riched phase
富铁相
1.
Experimental results showed that with increase of Fe content the grains in Fe-riched phase of Al3Fe evolved dispersive and fine particles into the long needlelike shape.
利用金相分析方法研究了富Ce混合稀土变质对含不同Fe量的工业纯铝的组织和其中富铁相形貌的影响。
补充资料：钨铁电炉出铁(吉林铁合金厂)
钨铁电炉出铁(吉林铁合金厂)
吻 他排由帕中桩了士朴屏人乙曰“
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条