Advancements in porous matel-organic frameworks featuring optimal pore sizes, high density of binding sites, and suitable pore environments for applications in acetylene storage and separation from carbon dioxide and other relevant small hydrocarbons with an emphasis on the structure-property relationships aided by in situ characterizations including X-ray and neutron powder diffraction are reviewed.

中文翻译：

---

用于乙炔储存和分离的多孔骨架材料的新范式

具有最佳孔径、高密度结合位点和适用于乙炔储存和二氧化碳和其他相关小烃分离应用的孔隙环境的多孔材料-有机框架的进展，重点是原位辅助的结构-性质关系综述了包括 X 射线和中子粉末衍射在内的表征。