Sentence examples for effectively modelled from inspiring English sources

That's the economy that's effectively modelled in Bogdanov's Red Star.

The forces include self-excited components that can be effectively modelled as frequency-dependent added damping and mass to the structure.

A SOFC system may include fuel pre-processors, heat exchangers, turbines, bottoming cycles, etc., all of which can be very effectively modelled in process simulation software.

Such landscapes, which may also represent or include multiple objectives, are effectively modelled in silico, with modern active learning algorithms such as those based on Darwinian evolution providing guidance, using existing knowledge, as to what is the 'best' experiment to do next.

The genetic determinants were modelled as SNPs using an additive genetic model, as is now most commonly used (Wellcome Trust Case Control et al., 2010): thus, the covariate was effectively modelled linearly as an ordinal variable taking a value 0, 1 or 2 indicating the number of minor alleles carried by each simulated subject.

Overall capillary trapping is well constrained by laboratory and field scale observations, effectively modelled in theoretical and numerical models and significantly enhances storage integrity, both increasing storage capacity and limiting the rate and extent of plume migration.

The effects of chamber geometry are also modelled effectively and are consistent with the inactivation data for E. coli at 254 nm.

However, high-degree polynomials show strong edge effects, effectively reducing the region of validity of the modelled area (Ardizone and Herraiz 2000).

The study gives an insight how full scale fuel cells can be modelled effectively with the aid to develop and design reliable and robust fuel cell stacks.

When the frequency of branching is not very large, the kinetics of emulsion polymerization can be modelled effectively as a large number of semibatch reactors as long as monomer droplets exist and of batch reactors after the disappearance of monomer droplets.

There are 37.5% "Match" genes and 62.5% "Possible" genes in our predicted results see Additional file 12 and it also indicate that our method is useful to detect to the possible genes implicated in cancer and the gene regulatory networks constructed by our methods seem to be modelled effectively.