The effects of temperature, reactivity of coke and alkali metal on the gasification of cokes with different grain size are different.
温度、反应性及碱金属对不同粒度的焦炭影响规律不同。
The main cause of coke broken in BF is the consumption of chemical reaction, Temperature, oxygen potential, reactivity of coke and alkali metal have important influences on coke gasification.
温度、氧势、焦炭反应性及碱金属对焦炭气化反应有重要影响。
Coke reactivity is calculated with the method of coke resistivity measurement.
用测定焦炭电阻率的方法来计算焦炭的反应性。
The carbon loss of coke and the change of coke reactivity index in lumpish section of blast furnace were studied.
研究了高炉块状带内焦炭的碳素损失情况以及焦炭反应性的变化情况。
The relationship of gasification reactivity and pore specific surface area of petroleum coke is studied.
实验研究了石油焦气化反应活性和孔比表面积的关系。
The effect of coke intensity and granularity, volatilization components, ashes and reactivity on Imperial Smelting Furnace (ISF) have been discusses in detail.
详细分析焦炭强度、块度、灰份、挥发分、反应性对铅锌密闭鼓风炉生产的影响，为鼓风炉生产提供一定的指导。
This article analyzes the correlation of coke strength after reduction and its reactivity.
分析了冶金焦反应性与反应后强度的相关性。
Furthermore, the reactivity index of coke will increase with increase of captured zinc in coke.
随着锌吸附量的加大，焦炭的反应性增强。
Selective oxidation of carbon anode in aluminum electrolysis caused by reactivity difference between pitch coke and petroleum coke is one of the main causes for excess carbon consumption.
铝电解生产中，碳素阳极两组分(石油焦和沥青结焦)的活性差异带来阳极的选择性氧化，是造成碳素阳极过量消耗的主要原因之一。
This paper explains the ways alkalis affects both reactivity and strength after reaction coke through the experiment of coke dip alkalis.
作者通过焦炭的浸碱试验，阐述了碱金属对焦炭反应性和反应后强度的影响，认为碱金属加速了焦炭的气化反应。
Thus, the reactivity of the coke is important because it is closely related to the efficiency of the molten metal heating-up.
文中在进一步分析了冲天炉内燃烧特点后认为，确定反应能力是铸造焦的重要技术指标的依据是它直接影响了铁水的过热效率。
Combined with production practice, the coke's condition and action in different position of BF are discussed. It is shown that coke reactivity affects BF performance greatly.
结合生产实际，对焦炭在高炉不同部位的状态和行为进行了探讨，阐明焦炭的热反应性能对高炉顺行有较大影响。
Combined with production practice, the coke's condition and action in different position of BF are discussed. It is shown that coke reactivity affects BF performance greatly.
结合生产实际，对焦炭在高炉不同部位的状态和行为进行了探讨，阐明焦炭的热反应性能对高炉顺行有较大影响。
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