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Small particles have high surface area that results in high biofilm development.
Particles affected by this force must pass within 10−17 metre of one another to interact, and the probability that they will do so is low even at that distance unless the particles have high energies.
The entire set of data suggests that the designed platelet-like particles have high potential for use as hemostatic agents in emergency medicine and surgical settings.
The particles have high purity and a spheroidal shape with an average diameter of 1.84 μm, similar to those obtained without the application of ultrasound.
Secondly, iron-oxide particles have high sensitivity due to iron-oxide's inherent superparamagnetism.
Furthermore, refractory dust particles have high sublimation temperatures and hence produce a higher enhancement factor.
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Smaller-sized particles have higher specific surface area, so they facilitated lysozyme refolding more significantly.
Although metal particle size has little effect on overall de-NOx activity, large particles have higher turnover frequencies.
According to the definition, larger particles have higher TDS.
Since smaller ruthenium particles have higher binding energy and larger particles have lower binding energy [26].
This is expected as the nano-scale particles have higher relative surface area, vide infra.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com