Sentence examples for capability of trapping from inspiring English sources

By simulating tests of impacting a single-walled carbon nanotube (SWCNT) on a flat or rippled GS, we demonstrate that impact-induced longitudinal and transversal wave fronts travel at speeds ranging from 18 to 20 km/s and 3.0 to 3.4 km/s in graphene, and absorb the 89 100% of the SWCNT's kinetic energy – a promising capability of trapping high-speed nanoparticles or air molecules.

The Ce4+ ion is superior in the capability of trapping conduction band electrons under irradiation, and then forms its reduced state Ce3+.

The capability of trapping and spatially controlling microspheres by using split-lens schemes is experimentally provided in this section.

Subwavelength structure's (SWS) dimensions are much smaller than the wavelengths of light; therefore, using ARC on the surface of silicon solar cells can substantially reduce the reflectivity and improve the capability of light trapping.

As the actual size of the particles and the thickness of the gold varied, the exact height varied accordingly, yet we obtained an average displacement capability of approximately 330 nm per mW of trapping laser power.

The counter-propagating optical trap measurement (COTM) system exploits the capability of optical traps to measure pico-Newton forces for microparticles' refractive index and size characterization.

Several microfilter designs are developed in the literature for benchtop CTCs separation, varying in terms of their blood passing capability and trapping efficiency.

Studies using thermo-luminescent detectors (TLD), tissue equivalent proportional counter (TPEC), and computer aided design (CAD) models of early ISS configurations confirmed that, as input, computational dosimetry at low Earth orbit (LEO) requires an environmental model with directional (anisotropic) capability to properly describe the exposure of trapped protons within ISS.

Such an interface would lay the foundations for quantum computing devices which take advantage of the fast quantum processing capabilities of Josephson junction qubits and the excellent quantum memory performance of trapped ions.

Following another route, the well established capabilities of optical trapping to measure small forces offer new possibilities to characterize and thus optimize acoustic trapping.

The capability of the instrument for trapping the mainstream smoke was demonstrated.