摘要
利用李雅普诺夫方法中的比较原理来分析在燃烧控制系统中燃料和空气输入量的配比,并根据过渡过程使得系统在受到小的外界扰动后,被调量与规定量之间的偏差值的平衡性,说明此时燃烧效率最高且热值最为稳定,并由模拟燃烧处理模式分析燃料及空气的供给状态,并通过配比控制实例说明此方法的有效性和稳定性。
The paper uses comparison theory of Lyapunov method to analyze the input ratio of fuel and atmosphere in combustion control system. The balance between adjustment value and set value after affected by outside interference shows that at that time the combustion efficiency is the highest and the thermal value is the steadiest. It analyzes the supply status of fuel and atmosphere by simulating combustion process mode and confirms the validity and stability.
出处
《制造业自动化》
北大核心
2007年第12期59-61,76,共4页
Manufacturing Automation
关键词
比较原理
煤气和空气
配比
控制模式
comparison theory
gas and atmosphere
match
management model
