Sentence examples for computational programmes from inspiring English sources

The relative change in energy (ΔHf) associated with the formation of various flavonoidal and other phenolic radicals and also the spin distribution in these radicals were determined using computational programmes.

On the other hand, we developed different computational programmes to obtain the human pathogen section of the Bcipep database [15], the most complete and specific B-cell epitope database now available from which 2275 pathogen linear B-cell epitopes were obtained.

We have searched snoRNAs of Entamoeba histolytica from the genome sequence using computational programmes (snoscan and snoSeeker) and we obtained 99 snoRNAs (C/D and H/ACA box snoRNAs) along with 5 copies of Eh_U3 snoRNAs.

The computational programme was developed on the basis of the inelastic stability function of the beam column element, and it can be used to assess the steel frame behaviour, including gradual yielding associated with residual stresses, second-order effects, geometrical imperfections and the flexibility of beam-to-column connections.

Under the agreement, up to a dozen Stanford educators will also be available to teach short courses and hold seminars in Saudi Arabia, helping as they would to academically audit Kaust's applied mathematics and computational science programmes.

In this study, the current Chinese curricula in China and Singapore on primary level are compared and contrasted via quantitative and qualitative research methods by the use of computational linguistic programmes and in-depth thematic analysis of texts.

Now, however, scientists with the Structural and Computational Biology Programme at the European Molecular Biology Laboratory EMBLL) in Heidelberg, Germany, have developed a method to predict and gain understanding of how molecules assemble into machines an advancement with significant potential application to toxicogenomics.

Bioinformaticians use the data to test their own computer analysis programmes, whereas general biologists lacking computational skills rarely use the huge and unwieldy datasets.

It is in this compromise that the bigger teams do better than the smaller teams when they are designing the car in the wind tunnels and on computational fluid dynamics programmes (CFD) - they have more manpower to try to get those solutions sorted out.

In computational fluid dynamics (CFD) programmes they look at how the flow is changing and try to understand why the different flow gives different forces on the model.

Furthermore, the programme STRUCTURE needs intensive computational cost on large data sets.