Progress from the first quarter of activity on the project ''Design and Evaluation of Ionic Liquids as Novel CO{sub 2} Absorbents'' is provided. Major activities in three areas are reported: ''assembling equipment and a research team, compound synthesis and molecular modeling''. Nine new ionic liquid compounds have been made or acquired, and are in line for physical property testing to assess their potential for CO{sub 2} sequestration. Quantum mechanical calculations between CO{sub 2} and different ionic liquids have been conducted. The simulations have shed light on the nature of interactions between CO{sub 2} and the ionic liquids, and are providing insight that will be used to suggest new compounds to be synthesized and tested
The increasing manmade carbon dioxide (CO2) emission to the atmosphere is expected to rise tremendo...
In order to design ionic liquids as absorbents for gas separation, a systematic computer-aided ionic...
The increasing manmade carbon dioxide (CO2) emission to the atmosphere is expected to rise tremendo...
Progress from the second quarter of activity on the project ''Design and Evaluation of Ionic Liquids...
This is the final report for project DE-FG26-04NT42122 'Design and Evaluation of Ionic Liquids as No...
Ionic liquids are a new and exciting class of compound that have the potential to overcome many of t...
Due to their negligible volatility, reasonable thermal stability, strong dissolubility, wide liquid ...
The first area of the research presented in this thesis pertains to the synthesis and characterisati...
The first area of the research presented in this thesis pertains to the synthesis and characterisati...
As an emerging carbon dioxide (CO2) capture technology, separating CO2 from industrial gases with io...
Due to their negligible volatility, reasonable thermal stability, strong dissolubility, wide liquid ...
The nonvolatility, structure-tunability and high CO2 uptake capacity render ionic liquids (ILs) the ...
Carbon dioxide (CO2) becomes abundant in the atmosphere due to the extensive burning of fossil fuels...
The nonvolatility, structure-tunability and high CO2 uptake capacity render ionic liquids (ILs) the ...
Efficient CO2 capture is indispensable for achieving a carbon-neutral society while maintaining a hi...
The increasing manmade carbon dioxide (CO2) emission to the atmosphere is expected to rise tremendo...
In order to design ionic liquids as absorbents for gas separation, a systematic computer-aided ionic...
The increasing manmade carbon dioxide (CO2) emission to the atmosphere is expected to rise tremendo...
Progress from the second quarter of activity on the project ''Design and Evaluation of Ionic Liquids...
This is the final report for project DE-FG26-04NT42122 'Design and Evaluation of Ionic Liquids as No...
Ionic liquids are a new and exciting class of compound that have the potential to overcome many of t...
Due to their negligible volatility, reasonable thermal stability, strong dissolubility, wide liquid ...
The first area of the research presented in this thesis pertains to the synthesis and characterisati...
The first area of the research presented in this thesis pertains to the synthesis and characterisati...
As an emerging carbon dioxide (CO2) capture technology, separating CO2 from industrial gases with io...
Due to their negligible volatility, reasonable thermal stability, strong dissolubility, wide liquid ...
The nonvolatility, structure-tunability and high CO2 uptake capacity render ionic liquids (ILs) the ...
Carbon dioxide (CO2) becomes abundant in the atmosphere due to the extensive burning of fossil fuels...
The nonvolatility, structure-tunability and high CO2 uptake capacity render ionic liquids (ILs) the ...
Efficient CO2 capture is indispensable for achieving a carbon-neutral society while maintaining a hi...
The increasing manmade carbon dioxide (CO2) emission to the atmosphere is expected to rise tremendo...
In order to design ionic liquids as absorbents for gas separation, a systematic computer-aided ionic...
The increasing manmade carbon dioxide (CO2) emission to the atmosphere is expected to rise tremendo...