Sentence examples for considerable transfer from inspiring English sources
When the geomagnetic field interacts with the solar magnetic field carried by the solar wind (the interplanetary magnetic field), a considerable transfer of energy takes place into the Earth's magnetosphere.
107 Indeed, the resources devoted to the development of Lorenzo Regional Care already represent a considerable transfer of intellectual property from the NHS.
It is likely to generate considerable transfer value to the health care system not only because its results will have a direct impact on patient care but also because it allows identifying patients requiring particular attention and care.
Our viewpoint is therefore that since there are considerable transfer payments in most countries, we cannot assume that consumption and production value cancel each other out, and these two elements must therefore play a role in CEA.
Although the placenta is highly selective when preventing the passage of toxic substances to the fetus, a relationship between the levels of iAs and its metabolites found in placenta and umbilical cord blood has been reported, indicating a considerable transfer of As from the mother to the developing fetus [ 20].
As the fin spacing increases, the average PEC will increase despite of a considerable heat transfer reduction.
The trapezoidal channel cross-section increases the considerable heat transfer rate improvement for both water and nanofluid by 3.133% and 5.878% compared to square and semicircle cross section.
Results indicate that considerable heat transfer enhancement is possible, even achieving a twofold increase in the case of a 10% nanoparticle volume fraction nanofluid.
The model was able to achieve considerable water transfer across the membrane, although the values were not as high as those in the colon.
Consideration of such header effects is found to be important in evaluating PCHE effectiveness particularly when PCHEs operate with relatively low effectiveness with a considerable heat transfer contribution from the cross and the parallel flow regions.
The present work is focused on the demonstration of the advantages of miniaturized reactor systems which are essential for processes where potential for considerable heat transfer intensification exists as well as for kinetic studies of highly exothermic reactions at near-isothermal conditions.
