… As shown in Figure 1B (“as prepared”), anionic colloidal QDs are stable because of strong
self-… However, QD colloids are stable in buffers with higher concentrations than modeled here, …

… M led to the decrease of the colloidal stability that may be due to the … stability. Although, it
is known that both surface charge and ionic strength are crucial factors for the colloidal stability…

… We also offer a discussion on ligand classification based on Lewis acid‒base properties
and their impact on the colloidal stability of nanoparticles, enabling us to analyze the solvent‒…

… CTAB toxicity, poor stability in biofluids and lack of specificity. Polymers can be used to
replace weakly bound surfactants or ligands after synthesis, enhancing colloidal stability and/or …

… of colloidal nanoparticles is one of the key issues related to their potential applications. The
forces that govern the colloidal stability … were used to synthesize and characterize polymeric …

… to introduce students to latex synthesis and related polymer and colloid characterization. …
understanding of emulsion polymerization and colloidal stabilization. Samples of assessment …

… Recently, England has suggested that a non-equilibrium system that builds with high
absorption and energy dissipation rate (more wasteful) is more irreversible and thus more stable …

… As a result of our evidence for the interaction of benzoic acid with the surface of the COF
colloid being responsible for colloidal stability in high dielectric solvents, we were able to …

… Due to its easy synthesis and absence of kinetically trapped aggregates during cooling,
below we focus on adenine-containing structures (with their thymine partners) to explore the …

… Therefore, the appropriate choice of ligands plays a critical role in the structure, colloidal
stability… through electrostatic repulsion and electrostatically coated colloids are well-dispersed in …