The phrase "aerodynamic size" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or design, particularly when discussing the dimensions or shape of an object in relation to its aerodynamic properties.
Example: "The aerodynamic size of the vehicle was optimized to reduce drag and improve fuel efficiency."
Alternatives: "streamlined dimensions" or "aerodynamic dimensions".
The instrument combines aerodynamic size classification with electrostatic precipitator based bipolar charge measurement.
A stochastic model based on a Monte-Carlo simulator was developed to analyze the effects of relevant parameters on the aerodynamic size of the particles; modeled results were verified by comparison to measured aerodynamic size distributions of spray-dried powders.
This formulation was spray-dried with mannitol into nanocomposite microparticles of an aerodynamic size appropriate for lung deposition.
Mass size distributions at the size range of 0.01 15 μm (aerodynamic size) were unimodal at 1.4 μm.
Because of the much lower velocity of the air traveling past these baffles, droplet splash is not significant and the purpose of these baffles is aerodynamic size selection.
Next generation impactor (NGI) analysis indicated that the particles had a smaller aerodynamic size (MMAD ranging from 6 to 8.7 μm).
Bioaerosols with smaller aerodynamic sizes have longer residence times in the atmosphere and are less susceptible to be removed by rain [9, 22, 44].
Spray drying at a low pH (<7) and at a low feed concentration (<1%, w/w) generally results in nano-aggregates having small geometric and aerodynamic sizes (dA = dG ≈ 3 μm) with a relatively monodisperse size distribution.
By tuning process parameters, theoretical mass median aerodynamic sizes lied inside respirable range of 1 2 μm, which presented the potential of the O-chitosan microparticles in application as inhaled dry powders.
The engineered formulations present the adequate morphology and flowability to reach the deep lung, with aerodynamic sizes ranging 3.2 3.8 μm, and excellent fine particle fraction (FPF FPFPF of 47% for CHT-bearing targeted AuNPs).
Leaves from a relatively unpolluted site located in a remnant of the Atlantic Forest within the city of São Paulo showed the lowest particle density, while samples collected in the city centers of São Paulo and Cubatão presented the highest numbers of particles with aerodynamic sizes <2.5 and 2.5 10 μm.
