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The average particle diameter was 6.6 ± 0.9 nm (Figure 1a).
The average particle diameter was approximately 27 μm.
Therefore, the addition of the La2O3 combustion improver reduced the average particle diameter of unburned coal.
Consequently, the average particle diameter of unburned coal was reduced and the morphological appearance became irregular.
The typical sample average particle diameter is 3 nm with relative standard deviation of 8%.
The volume average particle diameter was 24 μm for petroleum coke and 61 μm for lignite.
The study shows that with an increase in the rotational speed or disc diameter the average particle diameter decreases whereas with an increase in the flow rate the average particle diameter increases.
An average particle diameter of 250 ± 50 nm can be obtained at a low flow rate of 0.1 ml/h.
Numerical results showed that operation of nozzle with addition of a capillary decreased the average particle diameter by 32%.
Additionally, most powders obtained in all treatments have an average particle diameter of ∼10 μm with a modal distribution (PSD).
The LSS had a density of 2.97 g/cm3 and an average particle diameter of approximately 28.70 μm; the calcium carbonate had a density of 2.93 g/cm3 and an average particle diameter < 40 μm.
More suggestions(16)
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average particle thickness
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average particle mass
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average particle fitness
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