Sentence examples for material nanoparticles from inspiring English sources

The improved electrochemical behavior of the 3DOM β-Bi2O3 electrodes is attributed to the 3DOM architecture, which provides easy access for Li+ ions to the surface of active material nanoparticles and short diffusion paths within the macropore walls, and also to the unique tunnel structure of β-Bi2O3.

The excellent performance of the electrospun particle/polymer cathodes and anodes is attributed to electrolyte penetration throughout the 3D fiber electrode mats, a large electrode/electrolyte interfacial area, and short Li+ transport pathways between the electrolyte and active material nanoparticles in the radial fiber direction.

As a result, the extinction spectra of fractal clusters differ significantly from the spectra of individual material nanoparticles.

Both molecularly imprinted polymers and affinity material nanoparticles reach appreciable analyte-layer interactions, leading to measurable sensor signals in mass-sensitive detection by quartz crystal microbalances.

As a novel material, nanoparticles (NPs) have many important applications in biology, for example in drug delivery, biomolecules separation, cancer thermal therapy, ultrasensitive biosensor and live cell imaging [10 15].

Table 7 Summary of the nanoparticles used for the removal of heavy metals from water/waste water Material (nanoparticles) Removal of From References Copper oxide Cd II) and Fe III Wastewater Tamann et al. (2015) Carbon-based Cd Water Kumar et al. (2015) CuFe2O4 Sr (may be 90Sr) Sea water Tu et al. (2016) Dolomite powder Ba2+, Sr2+ Aqueous solutions Ghaemi et al. (2011) γ-Fe2O3/resin Zn, Cu, Cr.

There are many substances that can be used for OMI, such as fluorescent protein, luciferase, fluorescent material, nanoparticle, and QD.

The development of this particular aspect of ecotoxicology was made necessary in order to evaluate the potential impact of recently produced and used materials: nanoparticles (NPs).

Several research groups suggested and developed core shell shaped multi-material nanoparticles in various applications with performance/functional improvements.

Multi-material nanoparticles have also been actively developed for enhanced sensitivity/fluorescence efficiency, multi-spectral responsibility, multi-functionalization and improved biocompatibility.

TiO2 can be synthesized into various shapes - nanoporous materials, nanoparticles, nanowires, nanorods, nanotubes, and nanofibers using different preparation methods[5].