Since the mid-to-late 20th century,the scientific community has increasingly recognized that the rapid rise in atmospheric greenhouse gases,particularly CO_(2)from human activities,is the primary driver of global warm...Since the mid-to-late 20th century,the scientific community has increasingly recognized that the rapid rise in atmospheric greenhouse gases,particularly CO_(2)from human activities,is the primary driver of global warming.This escalation has led to pressing climate challenges,including sea-level rise and more frequent extreme weather events[1,2].Among the limited strategies available to mitigate CO_(2)emissions,carbon capture and storage have emerged as a key approach.To this end,various adsorbents—such as metalorganic frameworks(MOFs),zeolites,and carbon materials—have been developed for CO_(2)capture[3-6].展开更多
文摘Since the mid-to-late 20th century,the scientific community has increasingly recognized that the rapid rise in atmospheric greenhouse gases,particularly CO_(2)from human activities,is the primary driver of global warming.This escalation has led to pressing climate challenges,including sea-level rise and more frequent extreme weather events[1,2].Among the limited strategies available to mitigate CO_(2)emissions,carbon capture and storage have emerged as a key approach.To this end,various adsorbents—such as metalorganic frameworks(MOFs),zeolites,and carbon materials—have been developed for CO_(2)capture[3-6].
