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- An explanation for some of the disappearances focuses on the presence of vast fields of methane hydrates on the continental shelves. 对于某些失踪事件的原因，有种解释集中认为是大陆架上广阔地域存在着沼气氢氧化物。
- There are also methane hydrates, a solid that forms when methane and water mix in cold temperatures. The hydrates release gas as they warm. 还有甲烷水合物，一种甲烷气体和水在低温下混合而成的固体。这种水合物一加热就会释放出甲烷。
- A self-preservation phenomenon of methane hydrates was observed at a temperature below 273.15K, and the dissociation rate was the least at 268.05K during the experimental runs. 实验结果表明，水合物在273.;15K以下时存在一种异常的自我保护效应，其在268
- Methane Hydrate - an alternative fuel source? 甲烷水合物-替代燃料来源?
- Forming methane hydrate in a quiescent system is a slow and incomplete process. 静态体系生成甲烷水合物是个缓慢的、不完全的过程。
- It was proved that CT could identify the combination and dissociation process of methane hydrate distinctly. 指出:甲烷水合物的生成基本上从气液分界面开始,且形成初期存在突变性;
- 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。
- There are large resources of methane gas in deep-sea sediments around the world.On the other hand,the emitted carbon dioxide can be sequestered as hydrate while helping dissociate the methane hydrate. 全球海底沉积层蕴含大量的甲烷气资源,利用排放的二氧化碳开采海底天然气,同时将二氧化碳以水合物形式固定在海底。
- WATER FORM AND METHANE HYDRATE GENERATION 水的形态与甲烷水合物的生成
- base of methane hydrate stability zone 稳定带底界
- methane hydrates 甲烷水合物
- Another explanation that has been suggested involves the gas in a form known as methane hydrates [see “Flammable Ice,” by Erwin Suess, Gerhard Bohrmann, Jens Greinert and Erwin Lausch; 还有人提出另一种解释，与一种称为甲烷水合物的气体有关。
- Nitric acid forms hydrates with water. 硝酸与水形成水合物。
- Methane may have extraterrestrial significance. 甲烷具有星际意义。
- Benthal Methane Hydrate--The New Energy Source in the New Century 海底的甲烷水合物--新世纪的新能源
- Methane is said to be hydrophobic. 甲烷被称为疏水的。
- They were able to nitrate methane to nitromethane. 他们能将甲烷硝化成硝基甲烷。
- Methane hydrate decomposition at constant temperature and pressure 甲烷水合物恒温恒压分解过程研究
- The rest is mostly methane and ammonia. 其余的几乎都是甲烷和氨。
- ExperimentalInvestigation of Methane Hydrate Formation 甲烷水合物生成实验研究
