Sentence examples for improve the resolving from inspiring English sources

Moreover, there are some sharp and narrow peaks of the transmittance spectra by which it can improve the resolving power of the biochemistry nanosensor.

Painter explains that because the device's vibrations occur on the order of 10 million to 150 million cycles per second, it could greatly improve the resolving power of atomic-force microscopes.

Recently developed aberration-corrected HRTEM [3, 4] and high-resolution scanning transmission electron microscopes (HRSTEM) improve the resolving power without the need to increase the electron beam energy [5 8].

A novel resolving agent, isopropylidene glycerol 3-carboxy-2-naphthoate 2, was designed on the basis of the consideration that replacement of phenyl group with a naphthyl group would improve the resolving ability of isopropylidene glycerol hydrogen phthalate 1 while also conferring more suitable physicochemical properties for such a specific use.

However, as already mentioned, minimizing the 15-mer count of oligonucleotides is recommended to improve the resolving power.

Future metagenomic studies can continue to improve the resolving power of these predictions simply by including a small number of relatively straightforward measurements of physical and geochemical conditions along with biological sampling.

For many ion/gas pairs, the first two terms have different signs, and the optimum profiles at sufficiently high E in FAIMS may differ substantially from those previously reported, improving the resolving power by up to 2.2 times.

Its design is based on the mass separation capabilities of a 90° cylindrical crossed electric and magnetic sector-field analyzer with a 2-cm radius, which under proper conditions is able to effectively cancel the angular and chromatic dispersion of the ion beam, thus improving the resolving power of the instrument.

Tandem ion mobility experiments utilizing a third drift tube stage were also demonstrated similar versatility, but with the distinct ability to combine multiple drift lengths improved the resolving power and subsequent temporal resolution for mobility-selection.

This study sought to determine whether high b-value DW imaging with a stimulated echo (STEAM) sequence could improve the spatially resolved assessment of tissue architecture in the human spinal cord in vivo.

To improve the assembly, resolve the Nst1 and Acd1 genomes and correct artifacts we combined several approaches.