This greatly enhanced detection range is obtained from the position relationship between the laser line generator and the right-angle prism to allow direct quantification of the samples over a wide range of concentrations.
The steady privatisation of provision of housing, retirement benefits, education and healthcare greatly enhanced the scope for this lending and selling of other financial services to individuals.
K154E greatly enhanced in vitro activity in a range of antiviral (HCV, Zika virus, influenza virus and encephalomyocarditis virus) and gene expression assays.
Impressively, these optimized devices can be operated stably in a wide potential range of 1.6 V with greatly enhanced energy density and power capability.
Recently, it has been demonstrated that nano-metric subwavelength annular aperture arrays (AAAs) in silver films can exhibit greatly enhanced transmission in visible and near infrared (NIR) range resulted from a waveguide mode described as TE11-like plasmonic mode.
The comparison, carried out at varying C2H6/O2 feed ratio and flow rate, showed that on LaMnO3-based catalyst ethylene formation is greatly enhanced in comparison with Pt under a wide range of experimental conditions.
By comparing the development and growth of two genotypes of coho salmon (wild-type and transgenic with greatly enhanced growth hormone production) at six different temperatures, ranging between 8° and 18°C, we observed a genotype-temperature interaction and possible trend in directed neuroendocrine selection.
Compared with the conventional silver nanowire solution, silver solution prepared in our way containing branched nanostructures shows greatly enhanced light-trapping and scattering characteristics in a wide wavelength range.
When Mg is reinforced with Ti2AlC, the damping is greatly enhanced and, because the Mg grains are in the 50 100 nm range, the resulting composite has excellent mechanical properties.
Our first product demonstrates that image quality can be greatly enhanced using deep learning, and fast mobile GPUs now allow us to deploy it anywhere".
Micron-size range iron oxide-based molecular imaging probes provide both greatly enhanced sensitivity due to their high iron content and, because of their uniform size and composition, an opportunity for quantitative evaluation.
