Sentence examples for be successfully processed using from inspiring English sources
Here we show that this silver nanowire alternative can be successfully processed using the same laser ablation technique commonly used to manufacture ITO devices.
Around 135 of these protein-ligand complexes could be successfully processed using ABS-Scan workflow.
The magnetic alloy of nominal composition, Fe73.5Si13.5B9Nb3Cu1, has been successfully processed using the laser engineered net shaping (LENS™) process, from a feedstock of elemental powders.
Carbon nanotube (CNT -reinforced Mg59.5CNT -reinforced bulk Mg59.5Cu22.9Gd11Ag6.6composites were successfully processed using the approach of differential pressure casting in copper molds.
Billets of pure aluminum and an Al 1%Sc–0.2%Sc alloy were successfully processed using equal-channel angular pressing (ECAP) with a die having an internal channel angle of 60°.
Successive acquisitions of profiles obtained by translation of the NMR coil resulted in distorted images due to the presence of non-zero gradients perpendicular to the constant gradient that were successfully processed using a mathematical treatment based on linear combinations of calculated altered images from single-pixel objects.
On the other hand, various researches have been reported in the literature by several authors [11 15], including also some of the coauthors of the present paper [16, 17], showing how chemometrics can be successfully used to process thermal analytical signals for the characterization of different materials.
Model-based methods can be successfully used for thermal process design, optimization and control.
It is shown that the IFB reactor can be successfully used in the NOXSO process.
Therefore, response surface optimization could be successfully used to optimize the process parameters and evaluate the performance of R. arrhizus as a biosorbent and to achieve an overall 49.04 % increase in biosorption.
These results have clearly demonstrated that this process can be successfully used to tailor sub-micron columnar growth of Lu2O3 Eu3+, with the potential of ultra high-resolution X-ray imaging.
