The inertial separator has short residence time but low separation efficiency, while the centrifugal separator has long residence time but high separation efficiency.
Currently, the separation efficiency of rough cyclone separators is more than 98%%.
The 3MP/23DMB separation efficiency of compound 2 exceeds the best performing MOFs reported to date.
Pd as a support improved the charge separation efficiency.
After 10 cycles, high separation efficiency can still be retained.
At those prevailing conditions, the magnetic separation efficiency was 92%.
Separation efficiency is correlated with two dimensionless groups.
A practical experiment showed that the separation efficiency reached 95.54%.
Improved charge separation efficiency was observed by photoluminescence spectroscopy.
Our analysis also includes a comparison of photometric redshifts and star/galaxy separation efficiency for both data sets.
To improve the separation efficiency, the above-mentioned disturbances caused by particle collision and/or Coulomb forces should be diminished to minimize v0 of individual particles.
