Sentence examples for substantial columns from inspiring English sources

More than 40 hours after the offensive began, substantial columns of the Seventh Ottoman Army were seen withdrawing northeastwards from Nablus, in the direction of the Jordan River where many would be captured by the 11th Cavalry Brigade of the 4th Cavalry Division.

A research structure that provides specialty areas and professorships that serve as bridges to other research fields (e.g. Helmholtz centres or interdisciplinary subjects within the faculty) forms complementary and substantial columns.

Which other sport can generate substantial newspaper column inches over the equivalent of the suspense created by five successive maidens?

This information can be of critical importance in the design and troubleshooting of real distillation columns, especially when there is a substantial pressure drop in the column.

Accordingly, substantial improvements in column performance in LC may well be achieved by better packing of columns, or by designing structures such as monolithic beds and two dimensional designs on chips, which can provide more uniform structures than the beds of spherical particles widely used in current HPLC.

Enriched oxygen results in substantial reduction in column volume and/or the operating pressure.

Therefore substantial reduction in column height can be achieved by designing individual sections using the rate-based model.

Biological samples are problematic due to the irreversible adsorption of proteins in the stationary phase, which results in a substantial loss of column efficiency and an increase in backpressure [ 37].

However, it is worth noting that substantial FM variance (column 1 of Table 8) is not captured by the SF-36, suggesting that the FIQR is measuring unique variance that is distinctive and specific to the FM syndrome.

Unlike the control columns, a substantial decrease in σ′ and increase in Fapp occurred at an early time (within 4 days) of the experiment for all three bioaugmented columns.

Heat-damaged cylinders that were subjected to the same regimen of elevated temperatures and air cooling experienced by the CH2 and CH3 columns exhibited substantial reductions in the compressive strength of concrete of 62.5 and 67.3%, respectively.