Sentence examples for improves the brightness from inspiring English sources
The study had produced the following major findings: unpurified waste composed of glycerol and fatty acids from a biodiesel manufacturing plant is an effective substrate for oxalic acid biosynthesis; under the conditions optimized via the route shown above, bleaching in the oxalic-acid-enriched culture liquid improves the brightness index and consequently adds value to the kaolin.
The segmented image is obtained with the K-means [14] or the FCM (fuzzy C-means) [15] algorithms incorporating a dynamic histogram filtering which it improves the brightness and contrast of the image acquired by the mobile device increasing the performance of the image segmentation.
This algorithm improves the brightness and contrast in the images with different characteristics showing an unvarying Gaussian distribution of the histogram, mathrm{D}mathrm{H}={theta}_{DH}=left{begin{array}{l}{overline{x}}_d,kern1em {x}_ile {overline{x}}_dkern0.5em mathrm{mathrm{cov}em {mathrm{cov}}_{XY}<0 {x}_i,kern1em mathrm{otherwise}end{array}right.
Once the baseline performance has been achieved, a campaign will be launched to further improve the brightness and coherence of this storage ring for typical X-ray users.
This paper dealt with a technique to improve the brightness of a LCD backlight by increasing the light-condensing efficiency of an existing BEF.
This presented ZnS-like clusters filled hybrid SiO2 model not only greatly improved the brightness and stability of original CdTe/CdS QDs, but also tremendously decreased the cytotoxicity towards HeLa cells.
At the same bleaching costs (US$11 or 3 t−1 pulp), the solid-state enzymes produced under optimised conditions were 20 36% more efficient in improving the brightness of paper pulp than the commercial enzyme.
An upgrade project is under way to further improve the brightness of the Advanced Light Source at Berkeley Lab by reducing its horizontal emittance from 6.3 to 2.2 nm (effective emittance in the straights from 6.4 to 2.5 nm).
In the fourth stage, a dynamic histogram filtering is proposed to improve the brightness and contrast of the images; it is combined with the standard FCM and/or K-means clustering algorithms to provide more robustness in the segmentation process.
The difference with the works achieved in [15] is that in CAPED, the authors focused on the user satisfaction and his visual perception to improve the brightness control model.
Moreover, for fuzzy contrast enhancement, Sheet et al. [4] proposed a novel modification of the brightness preserving dynamic histogram equalisation, called the Brightness Preserving Dynamic Fuzzy Histogram Equalisation (BPDFHE), in order to improve the brightness preservation and contrast enhancement capabilities, but at the same time reducing its computational complexity.
