furnace temperature

Apply X-R Chart to Control Furnace Temperature

X-R图在炉温控制中的应用

The main function of the system includes billet materiel tracking, billet temperature tracking, optimum heating control, continuous and swing movement control, furnace temperature optimum control for mixing loading, feedback control of billet temperature and so on.

其功能主要包括：钢坯物料跟踪、钢坯温度跟踪、钢坯优化加热控制、钢坯连续及摆动运行控制、钢坯混装炉温优化控制、钢坯温度反馈控制等。

Neural Network Model on NO_x Emission with Furnace Temperature Distribution in a Boiler

基于炉内温度分布的NO x排放特性的神经网络模型

Temperature control system is mainly used for the control of furnace temperature according to the temperature programme set in advance.

温度控制系统主要负责控制炉内温度按照设定的温度曲线运行。

In addition, also analyze the influence of different location of coal sample reaction tank in the test furnace for testing the distribution of furnace temperature field.

然后，分析了煤样反应罐在测试炉的不同摆放位置对测试炉内部温度场分布的影响，从而确定其相对较优的摆放位置。

Research on the Mathematical Model of Furnace Temperature Control for the Heating Chamber

加热室炉温控制数学模型的研究

Copper-Molding Machine Melting Furnace Temperature Controlling System Based on DSP

基于DSP的铜材成型机熔炉温控系统设计

box-type resistance furnace temperature field test and adjust the temperature control system

箱型电阻炉温场测试及其温控系统的调整

The third purpose is how to avoid the discrete of furnace temperature regulate and over-temperature positive feedback in such a complicated industrial process system.

三是如何规避蓄热式加热炉这个复杂工业过程系统所出现的炉温调节不连续，超温正反馈等一系列问题。

It also includes decrease of thermal efficiency, shortage of output, decline of furnace temperature, ash deposite and corrosion of tail heat surface, increase of fan electricity cost, lower reliability of long period running, and bigger stoker labor strength etc.

燃烧劣质型煤时会造成锅炉热效率降低、出力严重不足、炉膛温度降低、锅炉尾部受热面堵灰腐蚀、增大风机电耗、长期运行可靠性差、司炉劳动强度大等一系列问题。

LW-ⅱ Resistance Furnace Temperature Control System

LW-Ⅱ型电阻炉温度控制系统

New method for furnace temperature determination in mathematical model control of reheating furnace

连续加热炉数学模型控制中的炉温决策方法

Combine intelligent control technology with parameter identification technology to control glass furnace temperature.

将智能控制技术和参数辨识技术相结合用于玻璃窑炉的温度控制。

Restor Furnace Temperature Controlled by Fuzzy Adjusting Power

电阻炉模糊调功温度控制

In actual producing "603" liquid have to be supplied in time to ensure furnace temperature and carbon deepness equality and coherence and to improve badminton racket performance and quality.

在实际生产中应及时补充“603”液体，保证炉温和碳浓度均匀一致，以提高羽毛球拍杆性能质量。

Furnace temperature modeling and optimization is always one of effective ways to improve product quality and profit for steel industry.

加热炉炉温建模与优化设定是保证轧钢质量，提高企业经济效益的有效方法。

There is a difference between reality and calculated value of the installation power of low temperature electric baking oven, so it has a influence on furnace temperature uniformity and balance and distribution of electric loading in the workshop.

低温电烘箱的安装功率按照常规算法与实际需求有较大的差距，因而直接影响炉温均匀性和车间电力负荷的分配与平衡。

To achieve precise control, the PWM mode is used to control the execution component ( SSR) to adjust the resistance furnace temperature.

该系统以PWM方式对执行器件（固态继电器）进行调节，实现了对电阻炉温度的精确控制。

The practical production test shows good system stabilization and mathematical model accuracy. The temperature tracking maximal deviation is 1.47%, and furnace temperature optimum setting value can meet heat treating technology needs, and the qualification rate of the billet is more than 98%.

经现场实际生产检验，系统运行稳定，模型准确可靠，温度跟踪最大误差1.47%，炉温优化设定值满足热处理工艺要求，热处理钢坯合格率达到98%以上。

CSP Roller Hearth Furnace Temperature Control and in the Production of the Actual Application

CSP辊底式加热炉温度的控制及在生产实际中的应用

Based on the characteristics of pulse combustion and actual situation that air gas flow can not be measured accurately, pulse combustion furnace temperature discrete optimization model and air gas pressure control model.

基于脉冲式燃烧的特点和空煤气流量无法准确测得的现实情况给出了脉冲燃烧炉温控制离散化优化模型和空煤压力控制模型。

An Furry Controller of Furnace Temperature

Furry炉温控制器的研究

The implementation of the pulse combustion furnace temperature discretized optimization model cleans up the influence of reversing control to combustion process, while ensuring a uniform temperature field under different conditions.

通过脉冲式燃烧炉温控制离散化优化模型的实施，解决了换向控制对燃烧过程的影响，同时保证了不同工况下温度场均布。

Furnace Temperature Setpoints Optimization Model for Walking Beam Furnace and Its Software Development

步进式加热炉炉温优化设定模型及软件开发

On-line forecasting model of uncompleted burned carbon analysed by furnace temperature profile and thermal balance

基于炉膛温度场测量与热平衡分析的未燃尽碳预测模型

Shrink tunnels dual-blower operation, airflow cross-rotation to reach the furnace temperature uniformity.

收缩炉采用双风机运行, 气流交叉回转,达到炉内温度均匀.

The aluminate phosphor BaMgAl 10 O 17∶ Eu 2 + ( BAM ) was successfully synthesized by rapid combustion process at 600 ℃ furnace temperature.

应用燃烧法在较低温度(600℃)下,于空气中快速合成BaMgAl10O17∶Eu2+ ( BAM ) 荧光体.

Application of Neuron Network to VD Furnace Temperature Prediction Model

神经元网络在VD温度预报模型中的应用

The result shows that a optimum strip ( SPCC steel) heating curve and a furnace temperature curve be gained.

结果获得了SPCC钢优化的带钢升温曲线和炉温曲线；

Realization method of fuzzy control system for sintering shaft furnace temperature is introduced.

介绍了烧结竖炉燃烧室温度模糊控制系统的实现方法。