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Burning Ice-Direct Combustion of Methane Clathrates

机译:甲烷包合物的直接冰燃烧

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A clathrate (or gas hydrate) is an ice-like nonstoichiometric crystalline solid composed mainly of water that is stabilized by the presence of a "guest" gas molecule. Methane hydrates are concentrated sources of methane found in the deep ocean and in permafrost regions. This potential mega-resource of energy also represents a substantial potential impact on the environment. To better understand the implications of utilizing fuel clathrates directly, we describe the structure and combustion behavior of methane hydrates. The combustion studies involve determining the dissociation/melting rate and water evaporation during the hydrate burn. Experimental results are used to describe the major elements controlling the hydrate combustion process.
机译:笼形物(或气体水合物)是一种冰状的非化学计量的晶体固体,主要由水组成,该水通过存在“客体”气体分子而稳定。甲烷水合物是在深海和多年冻土地区发现的甲烷的集中来源。这种潜在的巨大能源资源也代表着对环境的巨大潜在影响。为了更好地理解直接利用燃料包合物的含义,我们描述了甲烷水合物的结构和燃烧行为。燃烧研究涉及确定水合物燃烧过程中的解离/熔化速率和水蒸发。实验结果用于描述控制水合物燃烧过程的主要元素。

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