Sentence examples for used nanoparticles are from inspiring English sources

The commonly used nanoparticles are metal and metal oxide, such as TiO2, Al2O3, Cu, and CuO [3 6].

The properties of the used nanoparticles are presented in Table 4. Six priority physicochemical characteristics have been specified as parameters to investigate in ecotoxicological studies, i.e., size, dissolution, surface area, surface charge, and surface composition/surface chemistry [28].

Commonly used nanoparticles are in the range 10 to 50 nm of average particle diameter, for which most of the incident light from the sun has a wavelength that is at least ten times larger.

The results showed that the used nanoparticles were poor emulsifying agent, but the emulsion stability was increased when accompanied with the ionic liquid.

Disadvantages of using nanoparticles are relatively minor and are increasingly being circumvented as technologies improve.

Because many of the remediation projects using nanoparticles are just beginning or are ongoing, cost and performance data are limited.

The promise of using nanoparticles is that they can deliver drugs directly to tumours, leaving healthy tissue intact, but the challenge is to find the best nanoparticle design to do this.

Targeted drug delivery using nanoparticles is a promising strategy for treatment of tumor cells [1-13].

Another advantage of using nanoparticles is that the magnetic dipole-dipole interactions are significantly reduced because they scale as r6 [32].

The versatility of these types of systems is very wide; specifically their use in the nanosensor design using nanoparticles was not highly applied.

However, using nanoparticles is much better than using microparticles because of their suspension stability and large heat transfer specific surface area [4].