Sentence examples for aerosol charging from inspiring English sources

This chapter presents a method for the comparison of aerosol charging devices of variable design to a group of unipolar corona chargers for nanoparticles.

The possible relation of electron recombination, diffusion, and aerosol charging to the observed reduction of PMSE power during heating is discussed.

Aerosol charging has been subject of research for a long time.

For the development of any miniaturized aerosol classifier based on electrical techniques the miniaturized aerosol charger must provide a sufficient and stable charging efficiency.

Their main result is that electron diffusivity is reduced due to the presence of charged aerosol particles almost independently of the ratio between the aerosol charge number density and the electron number density.

We designed and fabricated a ZnO nanowire charger (4 cm length × 2 cm width × 1 cm height) and then carried out an aerosol particle charging performance test.

It is expected that this technique will be of use in advancing the understanding of aerosol particle charging models and in future design of unipolar chargers.

A positive electrospray voltage is increased until the extruded liquid (50 nL/min) forms a cone shape, known as cone-jet mode, 18 which leads to rapid evaporation in close proximity to the orifice and an aerosol containing charged molecules (used light blue for benzenethiol in Figure 1).

Higher lung drug concentration was recorded in case of ligand-anchored liposomal aerosols and negatively charged liposomal aerosols (based on PC Chol:DCP) as compared to plain drug and plain liposome-based aerosols.

A cylindrical triode charger for unipolar diffusion charging of aerosol particles was designed, constructed, and evaluated.

A concept of realizing a standard for aerosol particle number concentration was tested, based on generating singly charged aerosol particles in the size range from 10 up to 500 nm.