| 1. | Discuss on profile and flatness control technique of strip
板形控制技术探讨 |
| 2. | Shape control in ultra thin hot strip plant at tang steel
唐钢超薄热带生产线板形控制 |
| 3. | Flatness pattern recognition is the key to shape control
板形模式识别是板形控制的关键。 |
| 4. | Control technique for surface roughness of strip in cold tandem rolling
冷轧铝板带材生产的板形控制 |
| 5. | Computer simulation of shape control character for 6 - high cvc wide strip mill
宽带轧机板形控制特性的计算机模拟 |
| 6. | Simulation of the shape control characteristics of 4 - high cvc hot steel strip mill
热带钢轧机板形控制特性的仿真 |
| 7. | Shape control is the key technique and international latest research discussion
板形识别与板形控制是现代板带轧制中的关键技术和国际前沿研究课题。 |
| 8. | As far as the technique is concerned , theoretical basis and key scientific problem is the theory and mathematic model of shape control
板形识别与板形控制理论及数学建模则是此项技术的理论基础和关键科学问题。 |
| 9. | It means that the software is available to be a reference for practical production to save human / material resource
采用此软件对热轧带钢板形控制进行仿真，其结果对生产实践具有一定的参考指导作用，且可节约大量人力物力。 |
| 10. | The current three models and their characteristics for shape control are discussed , and the incorporated control approach for strip shape and crown is put forward
为此，讨论了当前常用的3种板形控制模型及其特点，探讨了板形和厚度一体化控制的实施途径。 |
