Sentence examples for much lower transfer from inspiring English sources

The lower-cost cards can be divided into two areas – a long 0% term with higher balance transfer fee, or a shorter interest-free term with a much lower transfer fee – in some cases just 1%.

Due to the presence of ABC-transporters, a large number of solutes and xenobiotics have a much lower transfer rate into the CNS than might be expected from their lipophilicity, which is expressed as logD octanol/buffer partition coefficient at pH 7.4.

Kevin Mountford at website MoneySuperMarket.com says those who can afford to pay off their balance within a shorter timeframe may find they are better-off opting for a card which offers a shorter interest-free period but has a much lower balance transfer fee.

Randomly packed fiber bundles have much lower mass transfer coefficients than regularly packed fiber bundles.

Compared to pure steam condensation, it has a much lower heat transfer coefficient and the local phenomena are more complex.

Moreover, the smallest semicircle in the high frequency range indicates the FeNi@Gr electrode has a much lower charge transfer resistance and ion diffusion resistance [40,41].

However, without GO, the electrons will have to go through PEDOT medium, which has considerable resistance that causes significant potential drop and much lower electron transfer rate.

In addition a much lower charge transfer resistance observed for dissolution than for deposition indicates a change in the electrode kinetics on either side of the equilibrium potential.

These values are much lower than transfer efficiencies reported for abomasally infused CLA, suggesting that much of the trans-10, cis-12 CLA present in the 2 formulations was biohydrogenated in the rumen.

Apparently, the PSS-RGO-GeNP electrode showed a much lower charge transfer resistance Rct than the RGO-Ge electrode on the basis of the modified Randles equivalent circuit given in the inset of Figure 5d.

The low viscosity and the high diffusivity of a mobile phase at high temperatures produce much lower mass transfer resistance; in addition, organic solvent consumption may also be reduced, which is consistent with the principles of "green" chromatography.