Sentence examples for be roughly linear with from inspiring English sources

As a validation, reconstruction of a digital phantom and an acquired CatPhan 600 phantom was performed on a commercial cloud computing environment using the proposed 4D CBCT∕CT reconstruction algorithm.Speedup of reconstruction time is found to be roughly linear with the number of nodes employed.

Thus, the patterning concentration is observed to be roughly linear with light dosage and initiator concentration.

The speed up of reconstruction time was found to be roughly linear with the number of nodes employed.

Koning et al. showed the rate of uptake of pegylated liposomes to be roughly linear with dose, consistent with a nonspecific fluid-phase uptake mechanism.

It is elaborated by parenchymal cells throughout the body in response to endotoxin and several pro-inflammatory mediators (in particular TNF-α) and its concentration appears to be roughly linear with the degree of insult [ 7].

The bandgap of CdxZn1−xS is roughly linear with composition parameter x, a behavior consistent with the formation of solid solutions in a system without miscibility gap.

In the dB-scale the decrease is roughly linear with slope −2: 20 log 10 | c m | ≅ const.

While the time required by Sachem/OrChem to answer all queries was roughly linear with increasing dataset size, Sachem/Lucy behaved more efficiently.

Thus the probability that T. gondii completes its life cycle, which is roughly linear with duration of infection of the intermediate host, depends on early immune control.

Although the amount of Ruc-p53 captured by this serum is roughly linear with incubation time in the presence of protein A/G beads, reaching a plateau by 30 60 minutes, the relative amount of immunoprecipitated Ruc-p53 was not completely linear with increasing amounts of sera.

The shifts for these samples (#7 and #8) were roughly linear with the applied external field and displayed both red and blue shifts within a broad range of applied voltages, depending on the field's polarity with respect to the particle's orientation.