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首页> 外文期刊>The journal of physical chemistry, A. Molecules, spectroscopy, kinetics, environment, & general theory >Theoretical Study of Gas Hydrate Decomposition Kinetics: Model Predictions
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Theoretical Study of Gas Hydrate Decomposition Kinetics: Model Predictions

机译:天然气水合物分解动力学的理论研究:模型预测

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摘要

In order to provide an estimate of intrinsic gas hydrate dissolution and dissociation kinetics, the Consecutive Desorption and Melting Model (CDM) was developed in a previous publication (Windmeier, C.; Oellrich, L. R. J. Phys. Chem. A 2013, 117, 10151?10161). In this work, an extensive summary of required model data is given. Obtained model predictions are discussed with respect to their temperature dependence as well as their significance for technically relevant areas of gas hydrate decomposition. As a result, an expression for determination of the intrinsic gas hydrate decomposition kinetics for various hydrate formers is given together with an estimate for the maximum possible rates of gas hydrate decomposition.
机译:为了提供对固有气体水合物溶解和解离动力学的估计,在先前的出版物(Windmeier,C.; Oellrich,LRJ Phys。Chem。A 2013,117,10151?)中开发了连续解吸和熔融模型(CDM)。 10161)。在这项工作中,给出了所需模型数据的详尽摘要。讨论了所得模型预测的温度依赖性及其对天然气水合物分解技术相关领域的意义。结果,给出了用于确定各种水合物形成剂的固有气体水合物分解动力学的表达式以及对气体水合物最大可能分解速率的估计。

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