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NEUTRON RADIOGRAPHY STUDIES OF THE INTERACTION BETWEEN HYDROGENOUS SUBSTANCES AND COMBUSTION GENERATED POROUS CARBON MATERIALS

机译:中子放射线照相研究氢物质与燃烧产生多孔碳材料的相互作用

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摘要

Carbon is considered one of the major species contributing to pollution from combustion. There is therefore a strong demand for clean energy technology solutions. One way to achieve these solutions is to increase the hydrogen content in the fuel utilizing hydrogen and methane gas. These fuels usually require high-pressure storage in tanks that can create safety problems in e.g. automotive transportation. Therefore, one looks for possibilities to store at reduced pressures while maintaining a high fuel density. Porous carbon materials have recently reached a high level of interest as absorbents in tanks.
机译:碳被认为是有助于燃烧污染的主要物种之一。因此,对清洁能源技术解决方案有很大的需求。实现这些解决方案的一种方法是利用氢和甲烷气体增加燃料中的氢含量。这些燃料通常需要在坦克中的高压储存,这可以在例如罐中产生安全问题。汽车运输。因此,一个寻找在降低压力下存储的可能性,同时保持高燃料密度。多孔碳材料最近达到了坦克中的吸收剂的高度兴趣。

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