片语

ore fines injection喷吹矿粉

chromite ore fines铬铁矿粉

imported ore fines进口粉矿

chrome ore fines铬矿粉

iron ore fines reduction铁矿粉还原

Indian ore fines印粉

blended ore fines混匀矿粉

Brazilian MBR ore fines巴西MBR矿

ore e fines粉矿

英汉例句

• an experimental model with two cavities was made of concrete, ore fines and tails in the laboratory.

  设计了一个由混凝土、矿粉和尾砂等材料制成的带空洞的实验模型。

• in addition, the fractal dimension increases with raising the ratio of brazilian ore fines and changed metallurgical properties of sinter.

  探讨了低硅烧结矿在不同高品位巴西粉条件下粒度分布的分形特征，并用最小二乘法测定了其分形维数。

• the present paper studies the law of changes in the physical and chemical properties and structure of the hematite ore fines under the absorption condition in the process of fluidized pre-reduction.

  对流态化预还原过程中碳吸附条件下赤铁矿粉的物化性质、结构变化规律进行了研究。

• proper treatment on the ore fines by way of new carbon absorption process can not only accelerate the rate of fluidized pre-reduction, but also effectively prevent against bonding action.

  对矿粉进行碳吸附新工艺处理，不仅加快流态化预还原速度并能有效防止粘结。

• the melting characteristic of iron ore fines with calcium oxide during reaction is investigated.

  研究了铁矿粉与氧化钙反应的熔化特性。

• the present state of using boron containing additives in sinter of iron ore fines was summarized in this paper.

  概述了铁矿粉烧结应用含硼添加剂的现状。

• the practice prove that the taochong ore fines is possessed of better sintering properties.

  实践证明，桃粉有较好的烧结性能。

• the microwave heating characteristics of manganese oxide ore fines containing coal are researched in the paper.

  利用含碳铁矿粉自还原性和对微波的吸收性 ，采用微波加热 ，可以直接进行碳热还原。

• the paper introduces the practice and utilization of cold-pressed pellet process of chrome ore fines in shanghai ferroalloy plant.

  本文介绍了上海铁合金厂铬矿粉冷压球团工艺的实际应用情况。

• the smelting reduction process saves energy and lessens pollution through using of ore fines without any pretreatment and agglomeration.

  由于使用无需任何预处理和造块的矿粉，熔融还原法既可节能、又能减少污染。

• the limit weight-loss temperature of ore fines and coke are determined by rapid weight-loss measuring devise.

  采用快速失重水分测量装置确定了富矿粉和焦粉的极限失重温度。