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The particles were stable at pH 5.0.
At this pH, the zeta-potential values of nanoparticles were positive and the particles were stable.
These particles were stable in Ca(OH 2 solution and no aggregation was detected.
These CUP particles were stable in water and free of solvent or surfactants.
The nanocomposite particles were stable colloids with a reasonably narrow size distribution and a SiO2 content of 40%.
PEG-coated particles were stable in suspension, while the presence of PNIPAM provoked, at T > Tc = 32 ± 1 °C, reversible aggregation and/or adsorption on glass plates.
Similar(43)
The particles are stable up to 750 °C in H2 owing to this immobilization.
However, TaC particles are stable even under applied stress as compared with TaN.
Water uptake occurs at relative humidities (RH) as low as 70%, and the resulting liquid layer coating the particles is stable over extended times if the RH is held constant.
The researchers have demonstrated that the particles are stable over a period of months even when floating around in water, which is a harsh solvent for electronics, according to Strano.
M23C6 particles coarsen at constant volume fraction and establish their equilibrium concentration after 51,072 h; VX particles are stable; and the Laves-phase particles never reach thermodynamic equilibrium.
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