Sentence examples for behavior of solid NPs from inspiring English sources

SAS is therefore particularly valuable for studying the behavior of solid NPs with a polymer shell in biologically relevant solutions, where the solvent type and interaction with the polymer are known to strongly influence the conformation of the polymer shell.

Volatile matter content has also been indicated to affect the thermal behavior of solid fuels.

Solid NPs of less than 500 nm in diameter were obtained.

The pH-sensitive luminescence behavior of the NPs, arising from the protonation/deprotonation equilibrium of the quinoline groups, was investigated in aqueous dispersions or in solid state after incorporation of the NPs in a poly(lactic acid) (PLA) matrix.

The plasmon absorption band depends on the size, shape, and aggregation behavior of the NPs.

The anti-oxidative behavior of zeolite NPs is obvious; however, the phenomenon is still under investigation.

Chemistry chameleon-like behavior of some NPs due to intra-molecular hydrogen bonding as exemplified by cyclosporine A is a strong contributor to NP Ro5 outliers.

In complex physiological environments the physico-chemical properties and the behavior of nanoparticles (NPs) are challenging to characterize.

However, the exact mechanism of oxidant/antioxidant behavior of CeO2 NPs remains elusive.

However, exact nature of atomic motions in this liquid-like layer of NPs and the fundamental causes of the shape fluctuations in small solid NPs have not been investigated before, either computationally or experimentally.

Figure  4 illustrates the behavior of NPs in various test environments: in all test media coated Ag NPs are remarkably more stable than the uncoated NPs.