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The size distributions of the non-volatile particles for all ships contained a large mode at ∼10 nm.
The manioc starch particles presented adhesion forces greater than those for the phosphatic rock particles for all particle sizes studied.
Figure 4 compares the integrated particle size distributions with the counted activated particles for all instances in which the contribution of particles <30 nm (N30) is at most 10% (middle panels) and between 10 and 20% (right panels).
FT-IR spectroscopy following CO adsorption revealed that there is no significant difference in the surface electronic state of Pd particles for all the Pd/Al2O3 samples.
Adding 20 wt% mono-ethylene glycol (MEG) to the water phase could suppress the torque spikes while hydrate formation proceeds to the final fraction, suggesting MEG may prevent the agglomeration and bedding of hydrate particles for all flow regimes.
As we already mentioned, we set the same computational cost for R = 5 m by choosing appropriate number of particles for all three methods.
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Similarly, when you're standing on the Earth, the Earth's mass dominates the bending of spacetime over your own, and so you can treat yourself as a massless test particle for all intents and purposes.
For the latter problem, a table comprising the list indexes of the contact candidate pairs is created and used to sum the contact forces acting on each particle for all contacts according to Newton's third law.
Comparison of these moduli for different chain architectures for each regime indicates that the stiffness of the network polymeric particle is consistently higher than that of the branched particle, which is consistently higher than that of the linear chain particle for all of the regimes.
We calibrated the system by recording the emission profiles from the spherical graphite particle for all the 192 channels, and then measured and compensated the time delay of each channel.
The wet sieving technique was successful in eliminating the aggregation of smaller size particles, achieving a narrow range of particle sizes for all samples, and removing adhering particles from the pyrite surface.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com