Sentence examples for engineering in the presence of from inspiring English sources
We evaluate traffic engineering in the presence of QoS-based routing schemes compared with Destination-Based Routing, the default routing behavior for the Internet.
In a second experiment seeking to determine if variability in sandprawn responses to B. jucundus could be due to differences in sandprawn sexes, we demonstrate that male and female sandprawns respond differently to the presence of B. jucundus, with differences in time spent on ecosystem engineering in the presence of B. jucundus.
Fracture of engineering alloys in the presence of hydrogen commonly occurs by decohesion along grain boundaries via a mechanism known as hydrogen induced decohesion (HID).
Having demonstrated the equivalence of different network architectures to get rid of a given phenotype and the substantial indeterminacy of reverse engineering problem in the presence of a complex feedback network, we must approach the other horn of the problem.
In general, NHEJ is the more frequently observed repair pathway when using Cas9-mediated genome engineering, even in the presence of a donor HDR template [ 9– 12].
The formation of soot in industrial combustion systems is of interest in engineering, because the presence of soot in the flame enhances the heat transfer from the combustion gases by thermal radiation, increases the need for burner maintenance, and constitutes an environmental problem when emitted in the atmosphere.
We find that use of a mixture of the amorphous boron and amorphous nano boron precursor powders at equal amounts is very promising way to fabricate long wires without any degradation in transport engineering Jce values in the presence of low and moderate magnetic fields.
One hurdle in cellulosic biofuels engineering is the presence of lignin, which can comprise up to 25% of plant biomass in herbaceous plants [3].
The potential of the use of the NOFRFs in detecting faults is demonstrated through studying the sensitivity of the NOFRFs to the change of stiffness ratios of a bilinear model which has widely used to model various nonlinear phenomena in engineering practices, including the presence of cracks in structures.
The proposed method is simple for engineering application and robust in the presence of large amounts of measurement noise.
Three-phase bubble column reactors are widely employed in reaction engineering, i.e. in the presence of a catalyst and in biochemical applications where microorganisms are utilized as solid suspensions in order to manufacture industrially valuable bioproducts.
