The phrase "aerosol efficiency" is correct and usable in written English.
It can be used in contexts related to the effectiveness of aerosol delivery systems, particularly in fields like medicine, environmental science, or engineering.
Example: "The study focused on the aerosol efficiency of the new inhaler design, aiming to improve medication delivery to the lungs."
Alternatives: "aerosol performance" or "aerosol effectiveness".
The enhancement of aerosol efficiency was credited both to the improvement of the powder flowability, caused by the dispersibility enhancer (aminoacid), and to the modification of the particle surface due to the influence of the organic co-solvent on drying process.
Preclinical in vitro and in vivo studies identified a number of variables that affect aerosol efficiency, including particle size, aerosol flows, nebulizer choice, and placement.
Pressure drop and aerosol collection efficiency characteristics of such media are calculated and compared with available studies from the literature.
This study deals with the aerosol scrubbing efficiency of a scrubber nozzle operating in self-priming mode.
Aerosol deposition efficiency tests were performed with monodispersive polystyrene latex (PSL) particles ranging from 0.1 to 10 μm.
In order to guarantee adequate safety and aerosol therapy efficiency during mechanical ventilation, standard operating procedures should be implemented including a checklist for physicians and nurses [34, 72].
Aerosol scrubbing efficiency was measured based on the inlet and outlet aerosol concentrations of the scrubbing vessel with isokinetic sampling systems including a glass microfiber filter.
The aerosol filtration efficiency of fluidized bed filters is found to highly depend on the fluidization state of the filter media.
The aerosol scrubbing efficiency with the developed self-priming scrubber nozzle submerged in the pool was over 97% for various thermal hydraulic conditions.
The reason is that the WESP's aerosol removal efficiency decreases strongly in the presence of SO2 gas and in a certain range also with increasing voltages.
In conclusion, the LF-IC was selected as a leading system that is expected to improve aerosol delivery efficiency in ventilated infants through the use of small charged particles.
