1) flue temperature
火道温度
1.
According to multiple-working-conditions characteristics of coke oven combustion process,a multimode fuzzy-expert control method with analysis layer and control layer for flue temperature is presented.
针对焦炉燃烧过程的多工况特征,提出一种具有分析层和控制层的火道温度多模态模糊专家控制方法。
2.
An optimization control method was presented for the flue temperature in multi-operative modes in the coordinating layer and the optimizing control layer for coke oven heating process.
对于焦炉加热这一复杂工业过程,提出一种包括协调层和优化控制层的多工况火道温度优化控制方法。
3.
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。
2) flue temperature
立火道温度
1.
An integrated model combining linear regress(LR) and supervised distributed neural networks(SDNN) based on the features of coke oven flue temperature is proposed.
在分析焦炉立火道温度特性的基础上,提出了一种基于线性回归(LR)和监督式分布神经网络(SDNN)的立火道温度智能集成软测量方法。
2.
The control of the flue temperature is of fundamental significance for improving the quality of coke, reducing energy sources consuming and decreasing air pollution.
焦炭是冶金、机械、化工行业的主要原料和燃料,焦炉立火道温度的控制对于降低焦炉能耗、提高焦炭质量、延长焦炉寿命、减少环境污染具有非常重要的意义。
3.
Coking is a heating passage and metamorphosis process ,as well as complicate body structure, bad operation condition ,few detecting means ,therefore flue temperature accuracy control has a certain degree of difficulty.
焦炉具有大惯性、大时滞、强非线性、多因素耦合、变参数的特点,焦化过程是一个传热和化学变化过程,加上焦炉炉体结构复杂,操作条件恶劣,检测手段少,因此实现立火道温度控制有一定难度。
3) simulative flue temperature
拟合火道温度
1.
So the relation equation of the flue and regenerator-top temperature is used as simulative flue temperature in the Optimizing Cascade Control System for the heating of coke ovens.
研究了5种测定拟合火道温度的不同方法。
4) Analogue Flue Temperature
模拟火道温度
5) coke oven flue temperature
焦炉火道温度
1.
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。
6) ignition temperature
着火温度
1.
KCl and NaCl on ignition temperature,combustion characteristics and area of heat liberation of high ash coal (HAC) is investigated by thermogrametric analysis.
用热重分析方法对比研究了Ca(NO_3)_2,KCl和NaCl对高灰分煤(HAC)着火温度、燃烧特性指数和放热面积的影响。
2.
The effect of different catalysts on the slime ignition temperature,burning completely temperature,and area of heating value are compared,The results show that catalysts can decrease the ignition temperature and burning completely temperature,increase the quantity of heat releasing during combustion,and the catalytic effect of the TF catalyst is better than KNO 3 catalyst.
对比研究了硝酸钾催化剂及 TF配方助燃催化剂对兖州煤泥着火温度、燃尽温度和放热面积的影响 。
3.
5% in a slurrying process, the ignition temperature of coal is reduced from 582℃ to 576℃ and the burnout efficiency of fixed carbon is promoted from 91.
用热重法研究了不同条件下电石渣的催化煤燃烧特性,发现电石渣对晋城煤的着火温度和固定碳燃尽率都具有一定的促进作用,而且随添加量的增加助燃作用增强。
补充资料：火灵
1.指汉王朝。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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