大家都搜：
磁铁精矿
1、plumping concentrate───丰满浓缩液
2、concentre de lait milk concentrate───浓缩牛奶浓缩物
3、to concentrate───集中注意力
4、concentrate───n.浓缩，精选；浓缩液；vt.集中；浓缩；vi.集中；浓缩；全神贯注；聚集
5、to concentrate on───集中精力
1、desulfurization research on the magnetite concentrate with a sulfur content over 0.4% was conducted by flotation column.───浮选柱对某铁矿选矿厂生产的含硫量超过0.4%的磁铁矿精矿进行了脱硫试验研究。
2、Study on the Technology of Producing Strontium Ferrite from Magnetite Concentrate───用磁铁矿精矿制取锶铁氧体工艺研究
3、Preparation of high quality magnetite concentrate from pyrite cinder by composite pellet reduction-roasting and magnetic-separation───硫酸渣复合球团还原焙烧法制备高品位磁铁精矿
4、A desulfurization research on the magnetite concentrate with a sulfur content over 0. 4% was conducted by flotation column.───采用浮选柱对某铁矿选矿厂生产的含硫量超过0.4%的磁铁矿精矿进行了脱硫试验研究。
5、An experimental study of carbon-reduction process in preparing reduced iron powder using V-Ti magnetite concentrate───钒钛磁铁矿制备还原铁粉的碳还原过程的实验研究
6、The domestic ores are fine magnetite concentrate, and the imported ores mainly are hematite sinter fines.───国产铁精矿是细粒度的磁选精矿，进口铁矿则以粉状赤铁矿为主。
7、The larger specific surface area is, and the higher temperature is, the faster the oxidation reaction rate of magnetite concentrate will be.───比表面积越大，温度越高，磁铁精矿的氧化反应越快；
8、Then S content in concentrate can be lowered to 0.26% by reverse flotation desulphurization flow-sheet, with high-grade magnetite concentrate finally achieved.───该铁精矿通过反浮选降硫使含硫降至0.26%，最终获得优质的钒钛磁铁矿精矿。
9、The Characteristics of sintering of Baima V-Ti-bearing magnetite concentrate were analyzed.───分析了白马钒钛磁铁精矿烧结的特点；
1、To improve the balling performance of magnetite concentrate, the pelletizing plant in Chengchao Iron Mine imported a RP-P3.6-120/ 50B roll press manufactured by Germen KHD Humbolt.
2、Then S content in concentrate can be lowered to 0.26% by reverse flotation desulphurization flow-sheet, with high-grade magnetite concentrate finally achieved.
3、The domestic ores are fine magnetite concentrate, the imported ores mainly are hematite sinter fines.
4、The invention provides a method for directly extracting vanadium from vanadium - titanium magnetite concentrate.