通过模板介导的策略，构建了具有微孔和中孔的分级CuBTC-H2O用于CO2N2分离研究数据集

围绕吸附CO2杂质的CuBTC-H2O分级孔材料制备及性能进行了系统研究。通过模板介导制备了具有微孔和中孔的分级CuBTC-H2O材料，结合CuBTC材料方便合成、较易进行孔径调变等特性，通过模板介导使其结构产生多级孔，从而有利于气体在孔内的扩散，以提高CO2杂质的吸附容量。

A systematic study was conducted on the preparation and performance of hierarchical porous CuBTC-H2O materials for the adsorption of CO2 impurities. Hierarchical CuBTC-H2O materials with both micropores and mesopores were synthesized via template-mediated methods. Leveraging the favorable characteristics of CuBTC materials, including facile synthesis and readily tunable pore sizes, we utilized template-mediated approaches to introduce hierarchical porous structures into the materials, which facilitates gas diffusion within the pores and thereby improves the adsorption capacity for CO2 impurities.

搜集汇总

背景与挑战

背景概述

该数据集围绕采用模板介导策略构建的具有微孔和中孔的分级CuBTC-H2O材料展开，系统研究了其制备及性能。通过优化孔结构以促进气体扩散，旨在提高CO2杂质的吸附容量，应用于CO2/N2分离领域。