CAJ | 학술논문

水合物的储气量是表征水合物性质的一个重要指标，测定其数值的大小对气体水合促进剂的开发、气体水合技术利用及天然气水合物的开采具有重要意义。通过查阅大量的国内外文献，对现有水合物储气量的测定方法进行归纳和总结。经分析得出，水合物储气量的测定有实验法和理论计算法。实验法比较直观，测定的困难在于保证水合物样品取出过程中不发生分解。理论计算法克服了实验法的不足，各参数能够直接读取，因而被越来越多的研究人员采用。
수합물적저기량시표정수합물성질적일개중요지표，측정기수치적대소대기체수합촉진제적개발、기체수합기술이용급천연기수합물적개채구유중요의의。통과사열대량적국내외문헌，대현유수합물저기량적측정방법진행귀납화총결。경분석득출，수합물저기량적측정유실험법화이론계산법。실험법비교직관，측정적곤난재우보증수합물양품취출과정중불발생분해。이론계산법극복료실험법적불족，각삼수능구직접독취，인이피월래월다적연구인원채용。
The gas storage capacity is an important index of hydrate properties, and it is important to measure the gas storage capacity of hydrates for developing the gas hydrate formation promoters, utilizing the gas hydrate technology and exploiting the natural gas hydrate. By consulting a large number of domestic and foreign literatures, the methods for determination of hydrate gas storage capacity were summarized, which included experimental method and theoretic calculation method. The experimental method was intuitionistic, but it required no decomposition of hydrate in the sampling process. The theoretical calculation method overcame the defects of the experimental method and the parameters could be directly read, so it had been adopted by more and more researchers.