Evaluation of Microgravity Laminar Diffusion flames within a Magnetic Field Based on flame Color Quantification

Tomoyuki chida; Osamu Fujita; Kenchi ito

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Evaluation of Microgravity Laminar Diffusion flames within a Magnetic Field Based on flame Color Quantification

机译：基于火焰颜色定量的磁场内微重力层流扩散火焰评估

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Magnetic effects on combustion have been investigated in microgravity to evaluate its effect quantitatively. Flame shape and flame color in a decreasing magnetic field were recorded by video camera and chroma meter. Based on these observation, the criteria above which steady flame can be sustained even in microgravity were determined. Further, flame length and its color were quantitatively determined as a function of the Magnetic field strength. The results showed that the presence of magnetic field promoted Combustion significantly.

机译：已经在微重力下研究了磁对燃烧的影响，以定量评估其影响。用摄像机和色度计记录磁场减弱时的火焰形状和颜色。基于这些观察，确定了即使在微重力下也能持续稳定火焰的标准。此外，根据磁场强度定量确定火焰长度及其颜色。结果表明，磁场的存在明显促进了燃烧。

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来源
《Space Forum》 |2000年第4期|p.285-290|共6页
作者
Tomoyuki chida; Osamu Fujita; Kenchi ito;
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原文格式 PDF
正文语种 eng
中图分类航天（宇宙航行）;
关键词
Magnetic field; Flame color;

机译：磁场;火焰色;

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Evaluation of Microgravity Laminar Diffusion flames within a Magnetic Field Based on flame Color Quantification

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