temperature tracking

Back-tracking simulation of constant temperature operation switch and dynamic problem of products design in free radical polymerization process is completed and validated in this simultaneous approach.

应用该求解方法进行了自由基聚合反应恒温操作切换的回溯模拟及产品设计动态优化，验证了方法的可行性。

This paper based on the study about the problem of PVC polymerizer temperature tracking control, puts forward a double-model predictive functional control, which can fit process parameters change through using different predictive models in different reaction areas.

本文结合PVC聚合釜温度跟踪控制问题，提出了基于双模型的预测函数控制策略。该控制策略通过在不同的反应区间采用不同的预测模型，以适应过程参数在不同区间发生的变化。

Finally, the simulation result show that the temperature tracking curve between the MPC output and the actual output of the physical model approaches extremely. ( 4) The thesis discusses the method of external power load dynamic tracking.

从仿真结果看，SOFC电堆温度的模型预测控制输出和电堆实际输出之间的跟踪曲线非常逼近。（4）探讨外部功率负载动态跟踪方法。

Temperature Control System of Tracking Reference Output for Reheating Furnace

一种跟踪参考输出的加热炉温控系统

Building the model of temperature tracking curve on synthesis process, and study advanced temperature control strategy in order to get better control performances.

建立合成过程温度曲线的模型，研究合成过程相应的先进温度控制策略，以获得较好的控制质量。

Temperature Tracking Compensation of Fiber Optic Voltage Sensor

光纤电压传感器的温度跟踪补偿

Studies and Applications of Predictive Functional Control in Temperature Tracking of Chemical Reactors

化学反应器温度跟踪预测函数控制的研究及应用

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。

In this paper, an advanced methodology combining the predictive functional control ( PFC) and PID control is proposed. The control strategy composed of four methods has been designed for temperature tracking control of batch chemical reactors.

本文对以预测函数控制算法（PFC）为核心并结合PID控制的先进控制算法进行了研究，针对间歇化学反应器的温度跟踪控制问题，提出了包括PFC在内的四种控制方案的先进控制策略。

Mathematical models and computer optimum control systems are established for rotary furnace and tube reheat-ing furnace in seamless steel tube plant. The tube temperature tracking in the whole process is realized.

建立了无缝钢管热轧生产线上环形加热炉和荒管再加热炉的数学模型和计算机优化控制系统，并实现了无缝钢管热轧过程温度跟踪。

Redundancy Siemens S7-400 PLC system is used for drive control, combustion control, temperature control and automatic tracking of plates.

本控制系统采用双重冗余的Siemens S7-400PLC装置，完成从数字传动级、基础自动化级到过程自动化级的炉底辊传动控制系统、燃烧控制系统、温度控制系统以及钢板跟踪等自动控制功能。

The Model SPC/ L301 is an in-line process viscometer that is installed in process fluids to provide continuous temperature and viscosity tracking.

L301型探头是一种内嵌式粘度计，这种粘度计可以安装在生产过程中，不间断的检测粘度的温度和粘度。

With optimal design and processing. a 10-bit precision is achieved without laser trimming and good temperature tracking property is obtained in full temperature range (-55~ 125 ℃).

在设计和制作上进行优化，不用激光修调能够达到10位精度，在全温范围内有较高的温度跟踪特性。

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。