The product quality is improved by means of smelting outside oven, electromagnetic stirring and optimizing rolling control and coldness control data.
我公司通过采用炉外精炼、电磁搅拌、优化控轧控冷参数等手段，提高了产品实物质量。
Adaptive algorithm is introduced according to the problems exiting in cold rolling control model.
针对冷轧控制模型中存在的问题，将自适应算法引入控制模型中。
How to implement the on-line full automatic rolling control on plate mills in tandem was introduced.
介绍了中厚板轧机生产线全自动轧钢功能的实现过程。
Based on the above modules, schedule auto setup and full automatic steel rolling control for rolling production process could be realized.
通过各功能模块的协作，可以实现轧机生产过程的模型自动设定和全自动轧钢控制。
According to the technical characteristics of production line, this thesis focuses on multi-motors synchronization control and rolling control.
同时根据生产线的技术特点，重点研究了多电机同步控制和卷曲控制。
The production of hot strip rolling is very important in steel rolling. Then the hot rolling control theory is the basic theory in hot rolling.
热轧带钢的生产在轧钢生产中占据重要的地位，而热连轧控制理论是热轧生产过程中的基础理论。
The paper gives the analysis method of hot rolling control theory by analyzing all kinds of parameters in rolling. This method can solve the problem in production.
通过对轧制过程中的各种参数分析，提出热连轧控制理论的分析方法，进而解决生产中所遇到的问题。
The successful application of this project can establish basis for the application of fieldbus in the field of steel rolling control for the steel group of CHONGQING.
该项目的成功实施，为现场总线在重钢集团轧钢控制领域的应用奠定了基础。
To investigate the rolling control characteristics of canard-controlled missile with fixed-tail, a numerical simulation method based on N-S formulation was conducted.
采用以N-S方程为主控方程的数值模拟方法，进行固定尾翼鸭式气动布局导弹的气动特性和流场数值模拟。
Comparing the manual control mode with full automatic control mode in plate rolling process, the key points to implement the full automatic rolling control were summarized.
对轧制过程的手动控制和全自动控制进行对比，总结全自动轧钢控制功能的实现要点。
The paper introduces the li battery production process and the film rolling control system, building the model of control system, adopting the IMC arithmetic and making simulation.
该文介绍了锂离子电池的生产工艺流程及其薄膜卷绕控制系统，建立了薄膜卷绕控制系统的数学模型，提出采用内模控制算法，并对相应的控制模型进行了仿真。
Submarine depth and rolling control near the water surface is a kind of nonlinearity control problem. The change of submarine mass, speed and ocean wave make it difficult to design of control system.
潜艇近水面运动情况下的深度及纵倾控制问题是一种非线性控制问题，潜艇自身质量及航速的变化、以及外界不规则海浪使得控制系统难于设计。
Submarine depth and rolling control near the water surface is a kind of nonlinearity control problem. The change of submarine mass, speed and ocean wave make it difficult to design of control system.
潜艇近水面运动情况下的深度及纵倾控制问题是一种非线性控制问题，潜艇自身质量及航速的变化、以及外界不规则海浪使得控制系统难于设计。
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