Sentence examples for efficiently accelerating from inspiring English sources

From the fact that magnetic field amplification occurs in all the young SNRs for which relevant data exist, and given the strong theoretical connection between magnetic field amplification and efficiently accelerating the nuclear CRs, we tentatively conclude that the Galactic SNRs are the source population of the Galactic CRs.

As the SNA assembly method has recently been expanded to include myriad nanoscale starting materials, the assembly of RNA onto a variety of different materials can be realized quickly and efficiently, accelerating the study of RNA NP-based deliveRNA NP-based for a widelivery of biological aplatformsns.

The modified exhibited excellent stability and anticoagulant activity, and efficiently accelerated endothelialization and anticoagulation.

Using a modified syngeneic transplant model described previously14, we identified conditions such that a green fluorescent protein (GFP -coupled p53-tarGFP -coupled efficiently accelerated lymphomagenesis when diluted at 1:200 with a neutral shRNA (Supplementary Fig. 1b).

Equation (2) clearly shows that the field needs to be greater than Ec to efficiently accelerate electrons, and reach the relativistic regime to completely expel electrons by the relativistic pondermotive force.

These results demonstrate that GPUs can efficiently accelerate computations of a fully kinetic approach to enable the study of electron kinetics and neutralization with the highest physical fidelity.

In addition, the unique three-dimensional structure can also efficiently accelerate the permeation of electrolyte and thereby elevate the accessibility of inner active sites to redox species.

The results demonstrated that the hydrogel disassembly can be efficiently accelerated under laser irradiation with the loading of carbon nanotubes by fluorescence imaging visualization.

Although the computations required to determine the map are quite demanding, it is shown that these computations can be efficiently accelerated with a parallel computing architecture.

With multi-dimensional particle-in-cell (PIC) fully-kinetic simulations, we find that electrons are efficiently accelerated via a Fermi-like process, by bouncing between the upstream region and the shock front.

With 2D and 3D PIC simulations, we show that magnetic reconnection in relativistic astrophysical jets can efficiently accelerate the particles up to extreme energies, generating a flat power-law tail with slope between -2 and -1.