Sentence examples for more effective separation from inspiring English sources
To hear them take their turns at the podium, it seemed that they agreed on nothing so much as the urgency of a democratic overhaul of Palestinian institutions: new elections, a more effective separation of powers in the Palestinian government, a renewed struggle against official corruption.
A more effective separation method via extractive distillation is proposed to significantly save steam cost by 39.7% and reduce the total annual cost by 32.7%.
The photocurrent signal is investigated by electrochemical measurement, which indicates that more effective separation of photogenerated carriers occurs in the BiVO4/TiO2/CH3COOH system.
The results presented here concern experimental investigations and provide new guidelines for the design of AJVGs to obtain more effective separation control.
It is noted that oxygen atoms were simultaneously doped into g-C3N4 matrix, which broke the symmetry of pristine g-C3N4, resulting in more effective separation of electron/hole pairs.
Cu NWs are found to play important roles in quickly transferring photoelectrons, facilitating more effective separation of photoinduced electrons and holes and reducing the charge recombination due to their the high conductivity.
Thus, the sample SnO2 NTs may achieve the more effective charge separation, which is consistent with the photocatalytic activity measurements and our above discussions.
Therefore the use of this improved model in professional flowsheeting software packages is more reliable and reasonable than the application of the basic model for the design and operation of pervaporation, or a more effective hybrid separation system including pervaporation.
Our results demonstrate that, compared to planar N-annulated PDI dimers, bowl-shaped PDI dimers possess higher LUMO energy levels, larger open circuit voltage (VOC), complementary optical absorption with the donor PBDTTT-C-T, and more effective charge separation at the interface.
For the chromatographic separation, DB-WAX column was more effective to separate 2,5-dimethylpyrazine from the matrix interferences than the most common stationary phase, DB-5MS column.
These results could allow for design of more effective ion-exchange separation processes for proteins.
