冷却设备破损向高炉内漏水，影响炉况及操作。
The broken cooling plant leaked through the blast furnace, resulting in poor furnace condition and poor operation.
指出，未燃煤粉的存在对炉况的影响有利有弊。
It points out there are both advantageous and disadvantageous influence of UPC (unburnt pulverized coal) on the work of BF.
提出操业对策以减少炉况波动，减少冷却壁水管破损。
Meanwhile, the operating countermeasures are put forward to reduce the fluctuation of BF condition and the stave pipe damage.
可实现从冷炉料到浇铸整个循环期间不论炉况如何变化。
Can charge from the cold to cast the entire cycle during the furnace regardless of how the situation changes.
干熄焦可显著改善高炉炉况、降低高炉消耗、提高喷煤比。
Using dry cooling coke may obviously improve blast furnace conditions, decrease blast furnace consumption and increase coal ejection ratio.
对最近开发的几个综合炉况判断和控制系统作了简要介绍。
The complex diagnosing and controlling systems, which have won application in several countries recently are over viewed.
因此，高炉炉热水平、异常炉况预报一直是国内外研究的热点。
Thus, BF temperature level and exceptional situation are the hot points of research in the field.
因此探索建立神经网络高炉异常炉况判断专家系统是当前的研究方向。
It is the current research direction to set up the neural network expert system of judging the abnormal state of blast furnace.
认为原燃料质量变化，特别是人炉焦炭热性能的急剧下降，引发了炉况波动。
It is believed that the quality change of material and fuel, especially the big reduction of coke thermal property, results in the furnace condition fluctuation.
研究石灰炉控制模型，建立了专家知识库，开发了石灰炉炉况在线诊断模型和软件；
The expert repository was established by studying the control model of lime furnace. Online diagnosing model and software of operation conditions of lime furnace were also developed.
焦炭质量对高炉炉况具有重要影响，会导致高炉炉况变差，不利于生产指标的改善。
The quality of coke have an important effect on the blast furnace conditions. It will cause the variation of blast furnace conditions, which is disadvantageous to production indexes improvement.
介绍2号高炉炉况失常时的处理措施，分析了炉况失常的原因，提出相应的预防措施。
The countermeasures for adverse condition of No. 2 BF have been introduced, and the causes of aberration have been analyzed as well as the relevant preventive measures have been put forward.
碱金属是导致高炉料柱透气性恶化、炉况失常、频繁悬料和在炉身结瘤的一个重要原因。
Alkali metals are one of the important causes that leads to poor permeability of charge column, irregular furnace operation, frequent hanging and scaffolding in the stack.
在处理高炉悬料时长时间亏料加上冷却设备漏水未及时更换，是导致炉况失常的主要原因。
The main causes of aberration are that the condition of deficient burden lasts for a long time and the leaking cooling equipments did not be changed in time during the period of treating BF hanging.
高炉使用球团矿比例由25%提高到30%后，炉况波动的主要原因不在于球团矿比例增加。
The fluctuation of BF condition is not because of the pellets ratio increasing, after the using ratio enhanced from 25% to 30%.
本论文的背景是高炉炉况诊断系统，论文主要包括扩充的时态黑板模型、推理机的设计与实现。
The background of the paper is Status Diagnosis System in Blast Furnaces. The dissertation includes: extended blackboard model, design and realization of inference.
将神经网络与传统专家系统有机地结合，建立了用于高炉炉况预测与判断的神经网络专家系统。
An expert system based on neural networks for predicting and judging the state of blast furnace is developed by applying the method of combining neural networks with traditional expert system.
其主要功能包括监测风口喷煤状态，反映风口内焦炭运动，监视异常炉况，反映风口温度高低。
The main functions are coal injection monitoring, abnormal BF operation monitoring, diagnosing coke movement and tuyere temperature etc.
根据高炉传感器的数据，BFDES系统可对高炉炉况作出实时判断，并可预测高炉运行的故障。
On the basis of blast furnace sensor data, BFDES system can make real-time judgement of furnace condition and predict the failure of the blast furnace.
用智能优化设定模型、炉况诊断模型、智能预报模型及回路控制，实现了优化综合生产指标的目标。
Overall production index is achieved using intelligent optimal setting model, fault diagnosis model, intelligent prediction model and loop control.
计算结果表明：铜冷却壁在高炉炉况下的基体温度以及由此产生的热应力都不足以使其很快产生裂纹。
The results indicate that neither temperature nor heat stress of copper stave under a BF operating condition are the stress formed sufficient to cause crack quickly.
根据电弧炉的熔炼工艺特性对电弧炉各种炉况进行研究，并给出了一种基于专家系统的电弧炉炉况判断方法。
Based on the research of smelting technics and furnace state, this thesis gives an EAF state judgement method based on expert system.
首钢2号高炉降料面喷补炉衬后送风恢复炉况，送风第2天炉况基本恢复正常，第7天焦炭负荷加重到5.0以上。
Shougang No. 2 BF blows for recovery after spraying painting, furnace condition gets right on No. 2 day and coke burden aggravates upwards 5.0 on No. 7 day, furnace condition recovery is rapid.
通过对高炉操作炉型的分析认为，炼铁4#高炉炉况变差、炉腹结厚的原因是炉渣性能差、碱度高，炉体冷却强度大。
The reasons why the condition of #4 BF is poor and its bosh thickens are that poor performance, high basicity and great cooling intension of slag.
通过对高炉操作炉型的分析认为，炼铁4#高炉炉况变差、炉腹结厚的原因是炉渣性能差、碱度高，炉体冷却强度大。
The reasons why the condition of #4 BF is poor and its bosh thickens are that poor performance, high basicity and great cooling intension of slag.
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