The declining affinity of microporous hydrotalcite-silica membrane for carbon dioxide
Single permeation test reveals that excessively high sintering temperature caused
unnecessary bloating and collapse of micropores to form meso-and macropore structures. It …
unnecessary bloating and collapse of micropores to form meso-and macropore structures. It …
The declining affinity of microporous hydrotalcite-silica membrane for carbon dioxide
AD Wiheeb, MA Ahmad, MN Murat… - Journal of Porous …, 2014 - khu.elsevierpure.com
Single permeation test reveals that excessively high sintering temperature caused
unnecessary bloating and collapse of micropores to form meso-and macropore structures. It …
unnecessary bloating and collapse of micropores to form meso-and macropore structures. It …
THE DECLINING AFFINITY OF MICROPOROUS HYDROTALCITE-SILICA MEMBRANE FOR CARBON DIOXIDE
AD Wiheeb, MA Ahmad, MN Murat, J Kim… - Journal of Porous …, 2014 - dl.begellhouse.com
Single permeation test reveals that excessively high sintering temperature caused
unnecessary bloating and collapse of micropores to form meso-and macropore structures. It …
unnecessary bloating and collapse of micropores to form meso-and macropore structures. It …