This paper proposes an OGY method based chaotic prediction.
提出一种基于混沌预测的OGY方法。
But the periodic orbit of the system must be found, before OGY method can work.
利用OGY方法必须预先知道系统要被稳定的周期轨道,并且这种方法控制的实时性较差。
The chaotic control of the model by OGY method was discussed and a new way was provided to improve the precision of the six roll UC mill.
利用OGY控制方法,对该迭代模型进行了混沌控制,为从根本上提高六辊uc轧机轧的轧制精度提供了一种新的控制思想。
THFCAPP System is a child system of CAPP-CAM integrated system for box- base-type parts developed by the writers. In the system, GT principle and ES technol- ogy are used.
THFCAPP系统是笔者采用成组技术原理和专家系统技术开发的箱座类零件CAPP-CAM集成设计系统的一个子系统。
It is very meaningful to study the thickening mechanism by studying on the structure of protomerism, growth and differentiation, which formed at the time histomorpho I ogy.
原生分生组织是甘蔗地上部分一切组织形态发生中心,因此,研究原生分生组织的结构和生长分化对于阐明甘蔗的增粗机理具有重要意义。
At the same time, the pollutant discharge rate is reduced from 25% to 16.5%. So the technol-ogy of shallow desalting can work steadily, the steam quality can be improved and the running cost lowered.
锅炉排污率可从原先的25%降至16.5%,因此浅除盐技术可以实现锅炉的稳定运行,提高蒸汽质量,同时还降低了运行费用。
At the same time, the pollutant discharge rate is reduced from 25% to 16.5%. So the technol-ogy of shallow desalting can work steadily, the steam quality can be improved and the running cost lowered.
锅炉排污率可从原先的25%降至16.5%,因此浅除盐技术可以实现锅炉的稳定运行,提高蒸汽质量,同时还降低了运行费用。
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