The process of methane hydrate formation is observed by combining the curve of charged methane gas and the temperature of adsorption bed center.
通过充气过程吸附槽的重量和吸附床层中心的温度变化曲线观测到甲烷水合物生成的整个过程，进一步证明了湿活性炭存储甲烷的机理是以水合物的形式存储甲烷。
参考来源 - 湿活性炭存储甲烷的机理和充放气过程研究The kinetics of methane hydrate formation in the systems containing kinetic inhibitors was investigated in this paper.
论文重点研究含动力学抑制剂体系内甲烷水合物生成动力学。
参考来源 - 甲烷水合物在含动力学抑制剂体系中的生成动力学研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Found underground and on the sea floor, methane hydrate consists of natural gas molecules trapped within a lattice of frozen water molecules.
甲烷水合物主要存在于地下以及海底，由甲烷分子被锁在固态水晶体格中所组成。
Earlier in the year, a report from the National Research Council identified the combustible water, also known as methane hydrate, as a potential source of natural gas.
在今年的早些时候，美国国家研究委员会就提出过一份报告，论证这种可以燃烧的水，也可称作甲烷水化物，是一种天然气的潜在来源。
Between 700 trillion and 10,000 trillion tons of methane hydrate, a powerful greenhouse gas, are trapped in the seafloor sediments where they've accumulated over millions of years.
经过数百万年的积累，甲烷水合物被储存在海底沉积物当中，这是一种强大的温室气体，数量介于700万亿至10000万亿吨之间。
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