Functionally graded porous materials derived from MOFs based on cellulose skeleton support strategy for low energy consumption CO2 separation from flue gas - ScienceDirect
Functionally graded porous materials derived from MOFs based on cellulose skeleton support strategy for low energy consumption CO2 separation from flue gas - ScienceDirect
Design and synthesis of a new highly efficient adjustable Ln-MOF for fluorescence sensing and information encryption - ScienceDirect,Functionally graded porous materials derived from MOFs based on cellulose skeleton support strategy for low energy consumption CO2 separation from flue gas - ScienceDirect,Functionally graded porous materials derived from MOFs based on cellulose skeleton support strategy for low energy consumption CO2 separation from flue gas - ScienceDirect,2021 ACURA TLX OEM HIGH & LOW TONE HORN HM273100-1280 HM273200-1300 7481R 7483R