Sentence examples for dissociation time from inspiring English sources

New experimental data coupled with a numerical model and an approximate solution are proposed to predict dissociation time of hydrate plugs in oil sub-sea pipelines.

The influences of the memory effect, initial water saturation, and hydrate dissociation temperature and dissociation time on the CH4 hydrate formation/reformation induction time are studied.

Mathematical expressions for the failure strength and the initial yield strength in terms of the dissociation time and the temperature were also proposed.

Since we do not know the reaction rate, we tested four different hydrate dissociation time constants (2, 5, 50, and 100 s), which correspond to very rapid to slow reaction rates.

We demonstrate transmembrane detection of individual oligonucleotides, discriminate between molecules differing by a single nucleotide, and investigate the relationship between dissociation time and hybridization energy of the probe and analyte molecules.

During the dissociation time, the gas hydrate dissociation effective radius in the reservoir was less than 20 m, and the actual dissociated gas hydrates only accounted for 2.3% of the total gas hydrates in the simulated system.

Long dissociation times and high dissociation temperatures eliminate the memory effect.

In Additional file 1: Figure S4, we show the additional analysis of dissociation times (τ off) of individual bacteria from the nanopore, which strengthen further the distinct kinetic pattern of such interactions depending upon the bacterial cells under investigation.

Note however that unlike experiments done with macromolecules able to translocate across the nanopore (e.g., peptides, nucleic acids), bacteria are sterically excluded from such excursions, meaning that our reported dissociation times reflect solely bacteria unbinding from the nanopore to the same side, under thermal forces.

The dissociation times (t1/2) are calculated from the mean dissociation curves of three independent experiments represented in Fig. 5B and we obtained 23±7 s for ds-C and 22±5 min for ds-Z, and higher than 2 h with a plateau at 30 40% of formed complex in the case of ds-F (Fig. S4).

Association and dissociation times were 120 and 180 seconds, respectively.