Sentence examples for methods for nanoparticles from inspiring English sources

Statistical analysis demonstrated no significant differences in particle size between sampling points, indicating low or no selectivity of WWT methods for nanoparticles based on size.

Presently developed synthesis methods for nanoparticles include laser ablation, thermal decomposition, chemical reduction and polyol synthesis.

Safe biological methods can be considered as a substitute for conventional chemical methods for nanoparticles preparation [3].

Two extracts from the same host plant may have a different pH, thus highlighting the need for better synthesis methods for nanoparticles.

The widely used methods for nanoparticles preparation are solvent evaporation, high pressure homogenization [12], nano-precipitation and emulsion diffusion etc. [13],[13].

However, the use of physical and chemical methods for nanoparticles synthesis and stabilization though technically effective but not cost-effective and are highly energy intensive [9].

Flame-based methods for nanoparticle deposition have been investigated since the 1980s [16 21].

Two different methods for nanoparticle size separation were used: density gradient separation and microfiltration.

The traditional methods for nanoparticle size and size distribution analysis such as electron microscopy-based methods are time-consuming.

Therefore, the development of clean, biocompatible, non-toxic and eco-friendly methods for nanoparticle synthesis deserves merit.

In order to evaluate the environmental impact of the electrical discharge method it needs to be compared with other methods for nanoparticle production.