Sentence examples for removing intermediate from inspiring English sources

Panels e and f of Fig. 5 describe the influence of removing intermediate fiber diameters from the MDSFR fiber set.

From taxis to postal services, purchasing to libraries, its greatest advantage is generally in removing intermediates.

It not only provides more active sites, but also is in favor of stabilizing active centers and removing intermediates in catalytic process.

It may be useful for instance to remove intermediate species, or species whose concentration is constant, or reactions that have become trivial after a molecular merging, or reverse reactions that occur in a much slower rate than their forward counterpart.

In species in which prepupal horn growth is already dimorphic, pupal remodeling appears to have the capacity to further exaggerate male dimorphism and selectively remove intermediate phenotypes from the distribution of phenotypes generated by prepupal growth alone.

Although this approach seems to be promising, it has not found a widespread application so far which may be due to the laborious synthesis of the catalyst pair [ 81, 82] and the challenging purification procedures required for the synthesis which include self-made columns/cartridges in order to remove intermediate reagents and side products.

Mr Kaeser is simplifying things by merging the group's 16 divisions into nine, and removing an intermediate layer in which the divisions were grouped into four sectors.

The goats, which can jump higher than a man's height and even scale tilting tree trunks, she said, are particularly good at removing the intermediate growth and branches that firefighters call the "fire ladder," by which flames sweeping through grass can climb a tree and jump through the canopy, turning a manageable fire into an inferno.

The process of removing the intermediate introns and reconnecting (possibly variable subsets of) the resulting exons end-to-end is referred to as splicing.

This recipe is designed specifically for removing the intermediate layers between metal contacts, and has applicability for welding corrosion-prone nanowires or where the electrode deposition procedure used results in such layers.

Then, an advanced dynamic programming is proposed that stores the intermediate results, avoids repetitive calculation by repeatedly uses them efficiently in successive steps and reduces the space of the problem by removing those intermediate results that will no longer be required in later steps.