Sentence examples for Surface interaction strength from inspiring English sources

An improved correlation between relaxation time and surface adsorption energy could be obtained by measuring T1/ T2 as a function of temperature or field strength, although such procedures for providing measurements of surface interaction strength would be considerably more time consuming.

For films cast on a patterned substrate, we consider several different substrate pattern widths and surface interaction strengths in our simulations.

Although the presence of biphasic response is driven by surface interactions, the strength of biphasic-ness is also regulated by the intracellular cascade.

Surfactant molecules were found to adsorb at the CNT surface and reduced interaction strength between CNTs.

We expected that the molecules covering the surface would desorb successively according to their interaction strength with the surface sites.

It has been observed empirically that the ratio T1/ T2 provides an indication of the relative strength of surface interaction for different liquids in the same catalyst.[ 24] Therefore, T1/ T2 provides a novel and robust approach for studying competitive adsorption processes.

In this example, the chemical shift of formic acid (adsorbate) on metal colloid catalysts, measured by C NMR spectroscopy in aqueous suspension, was used to infer the strength of surface interaction.

In higher eukaryotes cellular shape is a dynamic element which can be altered by external and internal factors (i.e. surface interactions, temperature, ionic strength).

A short theoretical analysis is presented, which shows that the ratio of the longitudinal to transverse relaxation times (T1/ T2) is related to an adsorbate adsorbent interaction energy, and we introduce a quantitative metric esurf (based on the relaxation time ratio) characterising the strength of this surface interaction.

In this work we have presented a theoretical analysis to show that the ratio of NMR relaxation times, T1/ T2, can be related directly to the adsorbate adsorbent interaction energy characterising adsorption in a porous material, and we introduce a quantitative metric esurf (based on the relaxation time ratio) characterising the strength of this surface interaction.

The OSIRIS-REx mission provides a much more limited opportunity to constrain the regolith strength, based on the surface interaction between the sampling arm and the surface.