Sentence examples for capacity for transfer from inspiring English sources
Understanding includes the capacity for transfer, as well as the ability to restructure concepts rather than just add information.
The potential for adapting the model system and its capacity for transfer to the workplace is critically discussed.
Implementation of a National Forest Research Plan which aims at strengthening the capacity for transfer.
Down-regulated expression of these proteins under high temperature stress indicated that their capacity for transferring light energy decreased.
We consider two models for these channels: a simple packet erasure channel (PEC) with loss rate ε, and a Gilbert-Elliot erasure channel (GE), characterized by loss rates in good and bad state (ε G and ε B) and by transition probabilities (p GB and p BG). Notice that each channel does not necessarily provide sufficient capacity for transferring the whole multi-view stream.
A particular feature of these types is their capacity for transferring their properties to the normal (virulent) types by means of union of the fungi hypha (anastomosis), thereby making them harmless.
Developing capacity for research transfer by enhancing university engagement with user groups and enhancing relationships for research transfer is another important area of impact, indicating that researchers are aware of the importance of these processes to complement their strong dissemination efforts through papers, conferences and other media.
In addition the model is proposed based on hydraulic calculations and tray geometry analysis, to quantify the column capacity for heat transfer.
Amino-functionalized fullerene coupled with palladium-platinum bimetallic alloy nanocrystals (n-C60-PdPt) was synthesized to modify the surface of a glassy carbon electrode (GCE) because the n-C60 nanomaterial affords a large surface area for the on-site reduction of bimetallic alloy nanoparticles and an excellent capacity for electron transfer.
In the absence of chemical reaction, mass transfer enhancement by suspended particles (mostly activated carbon) at the gas/liquid interface has been frequently reported and is usually explained by a "shuttle mechanism" exerted by particles with a high adsorption capacity for the transfer component.
