Coke oven flue aimed temperature is a aimed value of the flue temperature average.
焦炉火道目标温度是机、焦侧火道温度平均值的目标值；
The mean flue temperature is affected by many factors and traditional control method is not satisfactory.
直行温度受多种因素的影响，传统的控制方法难以满足焦炉加热控制的要求。
A flue temperature soft measurement model based on linear regression and RBF neural network was built to establish temperature feedback control.
基于线性回归和RBF神经网络构建火道软测量模型，为控制建立温度反馈环节。
The mean flue temperature is affected by many factors and it is difficult to control the temperature to require precision by the normal control methods.
直行温度受多种因素的影响，采用常规的控制方法难以将温度控制在要求的精度范围内。
To identify the relationship model between coke oven flue temperature and regenerator temperature, the pre-treatment should be made on the identified data.
辨识焦炉火道温度和蓄热室温度的关系模型，需要对辨识数据进行预处理。
In order to maintain the flue temperature and guarantee the gas can combustion fully, gas pressure control loop and the sub flue suction control loop are designed.
为了控制炉温的稳定及煤气的充分合理燃烧，设计压力控制回路、吸力控制回路使煤气量和空气量稳定在设定值上。
Therefore, how to determine the right gas flowing rate and flue suction to stabilize the flue temperature and make the coke oven burning in the optimal status is the most cr.
火道温度是影响焦炉燃烧过程的重要参数，如何确定煤气的流量和烟道的吸力，使焦炉处于最优的燃烧状态，是进行焦炉火道温度控制的关键性问题。
The features of coke oven flue temperature are analyzed, and a highly accurate soft-sensing model based on error forecasting is established to measure the coke oven flue temperature on-line.
针对焦炉火道温度在线检测的问题，在分析焦炉火道温度特性的基础上，建立了一种基于误差预测的高精度焦炉火道温度软测量模型。
The reasons of lower temperature on end flue of high capacity coke oven are stated, the suitable technical measures are taken against these reasons and the improved proposal is given.
介绍大型焦炉边火道温度偏低的原因，针对其原因采取适当的技术措施，并提出改进的方案。
The diameter of actual tangent circle is an important parameter for safety of boiler, the residual rotation is the key factor of flue gas temperature deviation at furnace exit.
实际切圆直径是锅炉稳定安全运行的一个重要参数，炉膛出口残余旋转是造成烟温偏差的主要原因。
The research is mainly about the performance of synthetic fibres using in high temperature flue gas filtration.
本课题主要研究高温烟气过滤除尘用合成纤维的性能。
The connection between separator, furnace and back-end flue adopts stainless steel nonmetal expansion joint which can bear high temperature.
分离器与炉膛及尾部烟道之间的联接采用耐高温非金属膨胀节。
Equipment operating in conjunction short distance, operating temperature control, and construction of flue gas in small, more environmentally friendly.
中联设备作业距离短，作业温度控制好，施工时烟气小，更环保。
The flue gas temperature of direct-fired machine is too high to save energy.
直燃机排烟温度过高，不利于节能，在烟道上加设余热回收装置。
The top-firing air and gas self-preheating hot blast stove adopts a patented burner and high blast temperature bypass flue.
顶燃式空气、煤气自身双预热热风炉采用了顶燃式燃烧器热风炉专利的燃烧器技术和高温旁通烟道技术。
The top-firing air and gas self-preheating hot blast stove adopts a patented burner and high blast temperature bypass flue.
顶燃式空气、煤气自身双预热热风炉采用了顶燃式燃烧器热风炉专利的燃烧器技术和高温旁通烟道技术。
It is confirmed that, the operation level of stoker boilers can be improved such as enhancing the combustion intensity, boiler thermal efficiency and flue gas temperature of furnace outlet.
证实了炉内增拱可较大的提高炉内燃烧强度，提高抛煤机锅炉的热效率和炉膛出口烟温。
The flue gas temperature of direct-fired machine is too high to save energy. A recovery device of residual heat is installed in the flue.
直燃机排烟温度过高，不利于节能，在烟道上加设余热回收装置。
Exit flue gas temperature, flue gas quantity and length of flue gas jet could be control conveniently according to requirement of the boiler start up process.
用到循环流化床锅炉启动，可以任意调整出口烟气温度、出口烟气射流长度。
After scaling the boiler flue gas temperature will increase, reducing the efficiency of the boiler heating, coal consumption increased.
锅炉结垢后将使排烟温度增高、锅炉供暖效率降低，耗煤量增加。
Temperature deviation of flue gas and steam in large capacity utility boilers is one of the main factors affecting the operating reliability of power unit.
大型电站锅炉的烟温偏差与汽温偏差是影响机组运行可靠性的主要因素之一。
Flue gas temperature fuzzy control dimly deduces turndown ratio of mixer valve according to temperature values of multipoints and their variations.
烟气温度模糊控制根据系统多点温度值及其变化模糊推断混风阀的开度。
This paper analyzes the damage reasons of heat exchanger in high temperature flue and evaluates its solving methods. Further determines improving direction.
分析了高温烟道空气换热器损坏的原因，并对解决方案的优劣加以论述，确定了进一步改进的方向。
The recovery system of residual heat from flue gas can reduce the flue gas temperature of direct-fired machine and increase the primary energy utilization rate of direct-fired machine in summer.
烟气余热回收系统不仅降低了直燃机排烟温度，还提高了夏季直燃机的一次能源利用率。
Determining the flue gas acid dew point temperature has become the key to avoid low temperature corrosion, to increase the safety of boiler work and to improve the efficiency of boiler.
确定烟气露点温度，已成为避免低温受热面造成腐蚀、增加锅炉运行安全性和提高锅炉效率的关键所在。
There are many defects in measuring the velocity of high temperature flue gas with the pressure-drop sensors.
用基于差压原理的传感器来测量高温烟气流速有许多缺点。
Use several kinds of thermal calculation methods of boiler's furnace, and calculate the outlet flue gas temperature of a low load of some supercharged boiler.
运用几种热力计算方法，对某型船用增压锅炉低负荷工况的炉膛出口烟气温度进行了计算。
These will result in local heat accumulation at the outlet of burner, very high temperature of flue gas, uneven distribution of temperature in furnace and damage of nozzles.
这将导致燃烧器出口处热量局部聚集，烟气温度非常高，造成炉内温度分布不均及喷嘴的损坏。
The heat pipe failure, lower heating air temperature, higher flue gas emission of the furnace in operation are analyzed and improvement measures are suggested.
对实际运行中存在的热管失效、热空气温度偏低、排烟温度偏高等问题进行了分析，并提出了相应的改进措施。
The heat pipe failure, lower heating air temperature, higher flue gas emission of the furnace in operation are analyzed and improvement measures are suggested.
对实际运行中存在的热管失效、热空气温度偏低、排烟温度偏高等问题进行了分析，并提出了相应的改进措施。
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