工业实施后混合料的碳与粒度偏析优于辊式布料，烧结指标改善。
After industry application, the mix material carbon and granule segregation were overmatched the roller style and the sintering index were improved.
给料量可调，易于实现单机或群机自动控制，排料过程中无物料粒度偏析，并有一定的混合作用。
Adjustable feeding capacity enables single or multiple auto-control. No blocks formed during handling. To some extent, it also has the function of mixing.
为了实现烧结过程对混合料布料的要求，实现在混合料上、中、下层合理的粒度偏析，已开发了反射板式布料器、多辊式布料器等。
In order to achieve the requirement of feeding in sintering process, a reasonable particle segregation in top, middle and foot layers of mixed bed, charging table and roller-conveyor are explored.
发现材料的晶内偏析和奥氏体晶界洁净度分析控制钢的屈服强度和韧度。从而改变了此钢按细化晶粒度控制强韧性的工艺指导思想。
It is found that the alloying elements segregation in grains and the grain boundary cleanliness control the yield stress value and the tough-strength properties of this material respectively.
发现材料的晶内偏析和奥氏体晶界洁净度分析控制钢的屈服强度和韧度。从而改变了此钢按细化晶粒度控制强韧性的工艺指导思想。
It is found that the alloying elements segregation in grains and the grain boundary cleanliness control the yield stress value and the tough-strength properties of this material respectively.
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