Sentence examples for better design of experiments from inspiring English sources

For a better design of experiments and obtaining quality data from a TRT, a systematic analysis of the disturbance factors is important.

The performance of thin film photovoltaic devices (TFPV), for Mo back contact before optimisation and the SCAPS simulated values (flat band) after optimisation were described in detail to have in-depth understanding for better design of experiments (DOE) to obtain high efficiency solar cells.

These simulations can assist in finding the propagation of the effects of KD in the network and lead to a better design of experiments (e.g. when the measurements should be made).

Therefore the results offer insightful guidance to a better design of bioremoval experiments of synthetic resins used in conservation.

Although there are discussions about their ability to generate meaningful data for the translation from animal to humans, it appears that better data quality and better design of the preclinical experiments, together with appropriate data analysis approaches could make these data more informative for clinical development.

Some of our results can contribute to better design of genomic selection experiments for alfalfa and other crops with similar mating systems.

Some of our results concerning GBS procedures, SNP calling strategies, missing data imputation methods and statistical models for genomic selection can contribute to better design of genomic selection experiments for alfalfa and other crops with similar mating systems and commercial cultivar targets.

It facilitates better design of solution.

The method performs better than the traditional statistical design of experiments such as Taguchi orthogonal arrays, central composite design, and factorial designs, especially in three or more dimensions.

The value of information based experimental design performs better than the traditional statistical design of experiments such as Taguchi orthogonal arrays, and central composite design, especially in three or more dimensions.

Yet, as better coverage and assembling of these regions is achieved, this tool should facilitate the design of experiments to better understand the evolution and function of malaria subtelomeric families.