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This work provides experimental data on thermophoretic deposition of submicron aerosols (2<Kn<30) in laminar tube flow at temperatures of 400–600∘C and gas-to-wall temperature differences of 300–400∘C. This range is significantly higher than in previous experiments and of technical interest. Fluid flow in a cylindrical tube as well as aerosol transport and deposition in the thermal gradient...
Removing very fine particles in the 0.01-1 μm range generated in diesel combustion is important for air pollution abatement because of the impact such particles have on the environment. By forming larger particles, acoustic agglomeration of submicron particles is presented as a promising process for enhancing the efficiency of the current filtration systems for particle removal. Nevertheless, some...
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