高炉法尚未在工业上应用。
高炉法尚未在工业上应用。
采用化学絮凝法处理高炉煤气洗涤水，通过实验确定了最佳的实验条件和工艺条件。
This paper studied the chemical coagulation method in treating blast furnace gas washing wastewater and settled down the optimum conditions through experiments.
介绍了用直流电热法从攀钢高炉钛渣中冶炼钛硅合金的工艺。
The new process for semiting Ti-Si ferroalloy using Panzhihua Iron & Steel Company (PISC) blast furnace titaniferous slag is introduced.
有限元和公式法计算结果表明，高炉炉壳的稳定性足够。
The calculation result of finite element and formula method shows the stability of shell of blast furnace is enough.
本文用模糊数学中的综合评判法来评定高炉大修周期。
In this article, a comprehensive evaluation method of fuzzy math used in the overhaul cycle of blast furnace is introduced.
INBA法是一种新型高炉炉渣处理技术，可以将高炉废渣转为高品位的水泥原材料，实现炉渣的再生利用。
INBA is a new type of blast furnace slag processing technology, can be converted to high - grade blast furnace slag cement materials, the recycling of slag implementation.
简述高炉熔渣水淬法处理工艺流程及特点，重点介绍图拉法的工艺特点和应用情况。
The disposals process of water quenching for blast furnace slag and its characteristics were stated briefly, and the technical characteristics of TYNA and its application were introduced mainly.
高炉用回溯法是可能的吗？
较详细地介绍了高炉推移的优点和基本方法，并用实例论述了采用滑动法推移高炉的施工技术和效果。
The basic method and merit of BF push technology are briefly introduced. Through example, the result and construction techniques of BF push by slide method are discussed.
酸性转炉法使用称为“转炉”的高炉。
本文对MTC技术波特兰水泥转化法和高炉矿渣转化法的室内试验研究和现场应用进行了详细的论述。
Indoor experimental research and field application of MTC technology for Portland cement and furnace slag transformation method are described in detail.
通过对攀钢高炉粉尘利用的分析研究，提出了采用含碳球团直接还原焙烧法处理高炉瓦斯泥的工艺。
By analyzing and researching utilization of BF dust, a technology of dealing with the BF gas slime adopting the containing carbon pellet direct roasting reduction method was put forward.
以高炉瓦斯泥为原料，经气相还原气氛煅烧及液相提纯步骤制取铁盐溶液，再采用液相还原法，在有分散剂及包覆剂存在的条件下制备出纳米铁颗粒。
The height change of foam caused by reduction gas during foaming process was measured under different conditions of treating blast furnace dust in iron bath.
论述了未来的以煤代焦富氧喷煤高炉和KR法炼铁新工艺及其技术经济指标。
The new ironmaking processes, blast furnace with large amount of oxygen and pulverized coal and minimum of coke in the future, and KR process are discussed.
同时建立了高炉炼铁优化的灵敏度分析方法，多目标处理采用线性加杜法。
In addition, a sensitivity analysis approach was built up for the blast furnace ironmaking optimization, and the multiple objectives were treated with the linear weighted method.
操作时采用空料线法(从炉顶打水)，回收高炉煤气，不安装特殊探尺，用风量判断料面行程。
During lowering charge level with water spraying into the blast furnace, the gas is recovered and the charge level is judged by the blast volume not by special stock rod.
提出采用相分离法处理攀钢高炉渣新工艺。
A new treatment process for titaniferous blast furnace slag at Pangang using phase separation was put forward.
本文提出一种基于主成分分析法的动态神经网络模型实现高炉铁水含硅量多步预报。
On the basis of this, this paper suggests that analytic hierarchy process(AHP) and principle component analysis(PCA) can .
本文提出一种基于主成分分析法的动态神经网络模型实现高炉铁水含硅量多步预报。
On the basis of this, this paper suggests that analytic hierarchy process(AHP) and principle component analysis(PCA) can .
应用推荐