The Ti[O.sub.2] derivatives have several advantages over conventional inorganic fillers, including
monodispersity, low density, high thermal stability, and controllable functionalities and have shown potential applications including low-k insulators, sensors, barrier materials, and catalysts.
Along with the chemical nature and composition, properties of the nanoparticles have also been found to be a function of their size, structure, shape, phase, and
monodispersity [1].
[20] synthesized AgNPs with different particle size and
monodispersity by adjusting the reaction temperature and the flow rate of the precursor solution in the microfluidic device.
As shown in (Figure 4(a)), the [P.sub.VBC-DVB] microspheres prepared by the "one-step seed swelling method" were uniform in size and uniform in dispersion and had good
monodispersity. After imprinting, the surface of MIPs (Figure 4(b)) is rough and uneven, with morphological features and uniformly distributed pores, which facilitates the adsorption of molecules on mass transfer.
30 nm, which had excellent
monodispersity and uniformity.
However, the morphology, size, and surface chemical groups of nanoparticles affect the above mechanisms [61] and our bio-AgNPs lacked
monodispersity. According to El-Naggar et al.
It is high-temperature dependent [30] and, therefore, contrary to the temperature required for
monodispersity. Schematic diagram for the synthesis, characterization, and in vitro anticancer testing of monodispersed metal nanoparticles is shown in Figure 1.
This type of volume distribution curve reflects the increase in number of dispersed particles and also the increase of
monodispersity of solid phase.
More importantly, it was found that all the microstars showed the same structure and morphology (i.e., high
monodispersity), which can reinforce all the conclusions derived from the study.
Its other properties like
monodispersity, polyvalence, and stability make it an ideal carrier for drug delivery with precision and selectivity.
Xia, "Large-scale synthesis of silver nanocubes: the role of HCl in promoting cube perfection and
monodispersity," Angewandte Chemie International Edition, vol.
Unsurprisingly, the use of surfactants seems to improve the
monodispersity of the particles when a high quality micelle is formed, as demonstrated by the reduction of halogenated silane aided by phase transfer agents [101,113,117-120].