Sentence examples for unique particles from inspiring English sources

In recent years, researchers have developed laser-light-emitting particles, but Cho's work is the first to apply these unique particles to imaging applications.

In 1896, the British physicist J. J. Thomson, with his colleagues John S. Townsend and H. A. Wilson, performed experiments indicating that cathode rays really were unique particles, rather than waves, atoms or molecules as was believed earlier.

This ensures that catalytic performance is not dominated by a small number of unique particles, which in turn makes it possible to directly correlate the elemental composition of the particles to their catalytic function.

All listed SPIONs' synthesis methods have their advantages and disadvantages, but in the terms of magnetofection it is important that synthesis method provides as unique particles as possible with an appropriate shape, size, surface properties, and magnetic core composition [ 14].

A systematic investigation reveals that unique particle shapes can be obtained by electroprocessing within this lower concentration range.

This method must be considered an art rather than a science because of its advantages in creating wonderful and unique particle shapes.

In this way, controlled/living free radical polymerization can be employed to obtain unique particle morphologies that may not be easily accessible using conventional free radical polymerization.

Many different samples with a hexagonal-close-packing pattern and a unique particle size were considered, and several ratios of particle size to sample dimension (D/L) were studied for each sample.

Design of a powder injection molding (PIM) feedstock with proper selection of powder with unique particle size, particle shape and solid loading plays a significant role in controlling defects and distortion of PIM products.

The unusually high visible-light-driven catalytic performance of monoclinically crystallized rod-like and tubular BiVO4 single-crystallites is associated with the higher surface areas and concentrations of surface oxygen defects, and unique particle morphologies.

It is concluded that the high visible-light-driven catalytic performance of the porous octapod-like BiVO4 single-crystallites is associated with the higher surface area, porous structure, lower band gap energy, and unique particle morphology.