Figures & data
Figure 4. The experimental setup of the test personal bioaerosol samplers mounted on an adult manikin in the test chamber of the wind tunnel (manikin 90° to the wind).
![Figure 4. The experimental setup of the test personal bioaerosol samplers mounted on an adult manikin in the test chamber of the wind tunnel (manikin 90° to the wind).](/cms/asset/c45dbf8c-c216-4553-b2b6-47a9b7c0511f/uawm_a_681422_o_f0004g.jpg)
Figure 5. The aspiration efficiency as a function of the aerodynamic diameter of the test aerosols in different sampling orientations with the sampler inlet facing (a) 0° against the wind, (b) 90° to the wind, and (c) 180° to the wind.
![Figure 5. The aspiration efficiency as a function of the aerodynamic diameter of the test aerosols in different sampling orientations with the sampler inlet facing (a) 0° against the wind, (b) 90° to the wind, and (c) 180° to the wind.](/cms/asset/6aeb432a-7f59-42de-8c81-9a69e1ea4e4e/uawm_a_681422_o_f0005g.gif)
Figure 6. The orientation-averaged aspiration efficiency as a function of the aerodynamic diameter for the two test personal bioaerosol samplers (PAS-4 and PAS-5) and the reference sampler (IOM): (a) U = 0.5 m/sec, and (b) U = 2.0 m/sec. Error bar represents the standard deviation of the mean.
![Figure 6. The orientation-averaged aspiration efficiency as a function of the aerodynamic diameter for the two test personal bioaerosol samplers (PAS-4 and PAS-5) and the reference sampler (IOM): (a) U = 0.5 m/sec, and (b) U = 2.0 m/sec. Error bar represents the standard deviation of the mean.](/cms/asset/3aabd330-0fb4-4a5b-824c-8b50008d3ad0/uawm_a_681422_o_f0006g.gif)