Sentence examples for both types of nanoparticles from inspiring English sources

Both types of nanoparticles contribute to colouration of the silicone glues.

Specifically, we compared the mobility of both types of nanoparticles for different unsaturated flow conditions and for pH = 5 and pH = 9.

Under CO, both types of nanoparticles undergo dispersion to small Pt carbonyl clusters stabilized by their interaction with basic oxygens in the zeolite pores.

Due to chemical interactions between both types of nanoparticles an attractive potential is generated leading to a significant rearrangement in the particle network structure.

In this design, the NBNS ensures that the target cells take advantage of the superior multifold increase in Raman scattering signals (electromagnetic enhancement from both types of nanoparticles), due to the geometry of the 3D scaffold.

The shape and surface properties of the two types of nanoparticles are totally different owing to the structure-directing abilities and the radicals in the mineralizers, even though both types of nanoparticles show a defect-free and highly crystalline structure.

Both types of nanoparticle containing BBR (3 mg equivalent) along with 2 mL of the PBS were placed into the dialysis bag; two ends were tied and fixed by clamps.

A comparison of both types of silver nanoparticles was made; an absorption spectrum showed a peak at 520 nm which is generally the characteristic of silver nanoparticles formed along with some of the biomolecules present in the latex or extract.

Fresh concrete test results showed that the workability of binary blends was reduced in the presence of both types of SiO2 nanoparticles.

In contrast, both types of periodic nanoparticles are characterized by a strong scattering zone where scattering angles are increasing as the wavelength increases.

With the aim to characterize the morphology of these nanomaterials, both types of TiO2 nanoparticles were characterized using the scanning electron microscopy (SEM) technique, obtaining the images with a JEOL JSM-6700 F field emission gun-SEM (Akishima-shi, Japan) operating at an acceleration voltage of 20 kV in a backscattering electron image (yttrium aluminum garnet-type detector).