CAJ | 학술논문

天然气（主要成分甲烷）以其丰富的储量、低廉的价格以及良好的环保效应成为未来最具发展潜力的清洁能源。甲烷的存储是天然气作为车载能源应用的关键技术之一。本文分别介绍了几类存储甲烷材料，包括分子筛、多孔碳材料、金属-有机骨架化合物的功能特点以及近年来储甲烷材料的研究进展，并指出了储甲烷材料的发展方向。
천연기（주요성분갑완）이기봉부적저량、저렴적개격이급량호적배보효응성위미래최구발전잠력적청길능원。갑완적존저시천연기작위차재능원응용적관건기술지일。본문분별개소료궤류존저갑완재료，포괄분자사、다공탄재료、금속-유궤골가화합물적공능특점이급근년래저갑완재료적연구진전，병지출료저갑완재료적발전방향。
Nature gas (the main component of methane) is considered as a promising alternative fuel due to its abundant reserves, low price and good environmental protection effect. Methane storage is a key technology of natural gas as a vehicle energy application. In this article, three types of representative potential methane storage materials, such as zeolite, porous carbon materials and metal-organic compounds, were reviewed. In particular, the structure and methane storage capability of these materials were systematically discussed. Finally, the insight into the future research on methane storage materials was given.