In order to study dust transport, quantification of the wind flow and dust concentration are vital.
In demolishing any building or part thereof, the material to be removed shall be properly wet in order to lay dust incident to its removal.
In order to eliminate dust, samples were sieved using a WQS vibrating screen (0.3 mm/30.3 min−1).
The sample was drawn into a syringe and filtered with a 0.45-μm syringe filter (VWR International 13 mm with PTFE membrane) in order to avoid dust particles.
In this framework, several tools have been proposed in the last years in order to analyze dust deposition and extract useful information for addressing the phenomenon.
It is therefore necessary to better understand the processes involved in aeolian erosion over heterogeneous surfaces in order to predict dust storms and to identify good landscape management practices to reduce soil erosion.
Two hundred grams of soil of each treatment were put in a pot covered with a geotextile membrane in order to prevent dust deposition while allowing air and water exchange.
In order to prevent dust explosions due to electrostatic discharges (ESD), this paper reports the minimum ignition energy (MIE) of aluminum powders in the air and the effective nitrogen (N2) concentration for the inert technique.
In this study, the required charge within micro-cavities in order to separate dust particles from the lunar surface are estimated by using the surface electric field and the forces of gravity and contact.
Before the patch pipette is moved into the superfusion solution, a positive pressure is applied in order to prevent dust from contaminating the pipette tip when passing the water-air interface.
