Sentence examples for mean powder sizes from inspiring English sources

The mean powder sizes consisting of the nanosheets, as measured from the TEM images, are similar to the mean crystallite sizes of the powders.

In this paper, Al-6 vol.% Si coating was in-situ manufactured by cold spraying from powder mixture of pure Si powder in fraction 25 vol.% with a pure gas-atomized Al powder, mean particle sizes being of 16 μm and 41 μm respectively.

We conducted laboratory dam-break experiments on initially fluidized granular flows using two different fine-grained powders (mean grain sizes 47 and 67 μm) down a smooth, horizontal channel with an impermeable base.

This was further confirmed by the XRD results which showed a steady decrease in α-alumina content with increase in the injection velocity indicating a rise in the extent of complete melting of alumina particles in the case of 25 μm mean size powder.

The deposit morphology was simply changed by varying the grain mean size of the powder constituting the source.

The mean particle size of Cu was approximately 40 nm, which is almost the same as the Cu OAc 2 powder size.

Spherical powder structures achieved twice the effective thermal conductivity of dendritic powder ones for each powder size.

The final carbon black powder size was 80 nm.

Aqueous suspensions of Bioglass® powder (mean particle size < 3 μm) were used.

The sintering process of 45S5 Bioglass® powder (mean particle size < 5 μm) was investigated by using different thermal analysis methods.

The kinetics and mechanism of the preferential oxidation of carbon monoxide in the presence of hydrogen (PrOx) over an unsupported gold powder (mean particle size ∼20 nm and free of silver) have been investigated using flow fixed bed catalytic testing and diffuse reflectance infrared Fourier transform spectroscopy coupled to mass spectrometry (operando DRIFTS or DRIFTS-MS).