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Further Development of an Ion Current Combustion Control System (ICCS)

机译:进一步开发离子电流燃烧控制系统(ICC)

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As we developed Ion Current Combustion Control system (ICCS), we began to discover some issues of the ion current system. Depending upon combustion scenarios, the noise contributed to weak output characteristics and output variations making the combustion unstable. This paper intends to present methods developed to overcome these issues: SYSTEM HARDWARE -In the previous report, we described the issues on the detection sensitivities and noise proof characteristics. In this study, we further reviewed the system component designs to address those challenges. SYSTEM SOFTWARE -We have reported a learning method for the stable knock control for varying output characteristics. However, there was a limitation in the application. Hence, we further analyzed the ion current characteristics, then developed a new algorithm to resolve this issue. This new system with the knock control and the misfire detection was introduced in 2000 MY.
机译:当我们开发离子电流燃烧控制系统(ICCS)时,我们开始发现离子电流系统的一些问题。根据燃烧场景,噪声导致输出特性弱,输出变化使得燃烧不稳定。本文打算呈现开发的方法来克服这些问题:系统硬件 - 在上一份报告中,我们描述了检测灵敏度和噪声证特性的问题。在这项研究中,我们进一步审查了系统组件设计以解决这些挑战。系统软件 - 我们已经报告了一种用于变化输出特性的稳定爆震控制的学习方法。但是,申请中有一个限制。因此,我们进一步分析了离子电流特性,然后开发出一种解决这个问题的新算法。这款具有爆震控制和失火检测的新系统于2000年推出。

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