The increasing atmospheric concentration of carbon dioxide(CO_(2))urgently demands advanced carbon capture solutions.Postcombustion carbon capture from flue gas(primarily CO_(2)and N_(2))is pivotal for achieving carbo...The increasing atmospheric concentration of carbon dioxide(CO_(2))urgently demands advanced carbon capture solutions.Postcombustion carbon capture from flue gas(primarily CO_(2)and N_(2))is pivotal for achieving carbon neutrality,yet the similar kinetic diameters of CO_(2)and N_(2)make accurate separation difficult using traditional techniques[1,2].展开更多
基金supported by the National Natural Science Foundation of China(22274076 and 22304084)the Primary Research&Development Plan of Jiangsu Province(BE2022793).
文摘The increasing atmospheric concentration of carbon dioxide(CO_(2))urgently demands advanced carbon capture solutions.Postcombustion carbon capture from flue gas(primarily CO_(2)and N_(2))is pivotal for achieving carbon neutrality,yet the similar kinetic diameters of CO_(2)and N_(2)make accurate separation difficult using traditional techniques[1,2].
