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Research on Combustion Noise for Controlled Auto Ignition Engine Fueled with Natural Gas Effect of Stroke Bore Ratio and Ignition Timing

机译:采用行程孔径比和点火正时燃烧控制自动点火发动机燃烧噪声研究及点火正时

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One of the issues involved in compression ignition combustion is the increase in combustion noise from engine mechanical systems caused by rapid combustion. When the fuel used is natural gas, with its high ignition temperature, the compression is increased relative to gasoline, so that combustion becomes even more rapid. The present research pursues the issue of noise by clarifying the distinctive features of combustion noise through tests focused on the two topics of stroke-bore ratio (S/B ratio) and ignition timing for engine structures deformation mode. From these results, we verified combustion noise trend and occurrence factor.
机译:压缩点火燃烧所涉及的问题之一是由快速燃烧引起的发动机机械系统的燃烧噪声的增加。当使用的燃料是天然气时,具有高点火温度,压缩相对于汽油增加,使得燃烧变得更加快速。本研究通过阐明燃烧噪声的独特特征来阐明燃烧噪声的独特特征来阐明噪声的噪声问题,其专注于发动机结构变形模式的发射机孔比的两个主题和点火正时。从这些结果中,我们验证了燃烧噪声趋势和发生因素。

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