Sentence examples for transport control the from inspiring English sources

At higher cathodic overpotentials, when copper electrodeposition is under mass transport control, the cathode coverage by a PEG-copper chloride-mediated film becomes either partially or completely detached as the concentration of chloride ions at the negatively charged copper surface diminishes.

The main hypothesis is that membrane mass transport controls the extraction kinetics.

The retarded reptation of the chains to the growing crystal front was identified as the primary molecular mechanism of chain transport controlling the reduction of the spherulite growth rate in the model PE/SiO2 nanocomposites investigated.

It was concluded that the early stage of the oxidation process is governed by oxygen transport to the metal/oxide interface through the lattice and along the grain boundaries of the nanosized oxide grains whereas, on continuing oxidation, only oxygen lattice transport controls the oxidation process.

The reason for this behavior is likely that the bottomside of F layer had reached altitudes, where chemical recombination, not plasma transport, controls the altitude profile of N.

One of the main functions of the intestinal epithelium is to regulate the ion transport controlling the balance between absorption and secretion of fluid.

The range in which transport controlled the growth rate was determined to between 0 and 15 g/L xylose.

It has thus been hypothesized that transport may control xylose utilization in recombinant S. cerevisiae [ 10]; however, the degree to which transport controls the xylose uptake rate is dependent on both the substrate concentration in the medium and the downstream pathway.

The normal hydration of the airway surface is maintained (in the highly water permeable airway epithelium) by active ion-transport controlling the quantity of salt (NaCl) delivered to airway surfaces, with water following passively by osmosis [ 60].

We derived cellular expression and genetic interaction maps of these genes in vein network formation, and suggest that the interaction between PIN1-mediated intercellular auxin-transport and ER-PIN-mediated intracellular auxin-transport controls the formation of veins and their connection into networks.

Our results suggest that PIN-mediated auxin transport controls the formation of veins and their connection into networks.