Sentence examples for change in nanoparticles from inspiring English sources

However, even without sedimentation, if a change in nanoparticles size occurs, indicating a nanoparticle's aggregation, then it affects the thermophysical properties of the nanofluid.

The lower critical solution temperature (LCST) of the copolymeric nanoparticles was 40±0.6 °C, the critical aggregation concentration (CAC) was 18 mg L−1, and reversible change in nanoparticle size related to temperature was fluctuated between 210±10 and 109±26 nm, while change in zeta potential of the nanoparticles was between −36±6 and −26±4 mV.

The change in nanoparticle size depends on the type of polymer.

In turn, the change in the refractive index induced by the radiation is associated with the change in nanoparticle polarizability Δα (Å3) by classical relations [48].

Here we observe that the change in nanoparticle volume fraction profiles is less in the case of dilatant fluids compared to pseudoplastics.

However, the Ag-EN distribution in the 35 200 nm fraction was kept constant during the 7 d period as compared with that in the 20 d experiment suggesting that a considerable change in nanoparticle distribution into this fraction may only be observed after 7 d.

This change in nanoparticle formation rate can also be a result of reaction conditions.

It has been reported that change in nanoparticle reduction/nucleation rates can affect the size and optical properties of nanoparticles.

Interestingly, a drastic change in nanoparticle size distribution was found for the KOH-coated catalyst (w=7.5 wt %) before the WGSR.

However, the Ag plate-based SERS tag exhibited a blue-shifted extinction spectrum, suggesting a change in nanoparticle structure associated with binding of the MGITC and sulfhydral PEG ligands.

Lattice parameter changes in nanoparticles can be used to determine the surface stress of solids.