Sentence examples for occupied due to from inspiring English sources

The FAPs' backbone is limited to 8 Mbps for downlink and 50% of its capacity is supposed to be occupied due to ADSL aggregation and signaling overhead.

After a certain time, the remaining vacant surface sites are difficult to be occupied due to the repulsive forces between dye molecules on the decorated MWCNTs and bulk phases [23].

Furthermore, the remaining vacant surface sites were difficult to be occupied due to the repulsive forces, as well as the competition between adsorbate molecules on the adsorbent surface (Srivastava et al. 2006).

Crystal structures of Mtb-AnPRT in complex with PRPP and with varying occupancies of the two metal binding sites, complemented by activity assay data, indicate that this type III PRT binds a single metal-coordinated species of PRPP, while an adjacent second metal site can be occupied due to a separate binding event.

This is due to the fact that a large number of vacant surface sites are available for adsorption during the initial stage and with the increase of time the remaining vacant surface sites are difficult to be occupied due to repulsive forces between the solute molecules on the solid and bulk phases.

This may be because there is no more space for CO2 molecule to be occupied due to the fact that the adsorbed CO2 molecules have been packed closely in the ultramicropores as previously described (according to the D-A theory, the CO2 molecules fill the micropores in a liquid-like state).

After a period of time, the remaining surface site became difficult to occupy due to the electrostatic hindrance or repulsive forces that exist between the dye molecules and the surface of adsorbent.

The apparent discrepancy in the copy number estimation and percent genome occupied is due to the difference in the methods employed.

After lapse of time, the remaining vacant surface sites can be occupied difficultly due to repulsive forces between the solute molecules on adsorbent surface and the bulk phase [ 17].

The crystallographic study by Kaskel identifies eight CD4 sites, four primary and four secondary sites, although not all can be occupied simultaneously due to the close proximity of some sites.

After lapse of time, the remaining vacant surface sites can be occupied difficultly due to repulsive forces between the solute molecules on the adsorbent surface and the bulk phase.