Sentence examples for most stable after from inspiring English sources

For pure Mg, we find that the 6-layer (6l) structure with the ABACAB stacking is most stable after the lowest energy hcp (2l) structure with ABAB stacking.

EO and CO were the slowest to fade off in the initial hours in comparison to the PO and CdO, with EO being the most stable after initial 2 h, whereas, CO had shown the fastest sublimation (Fig. 11a).

By comparing the levels of acquired diversity after the three different modes of subculturing, it is notable that the phenotypes were most stable after in vitro passages using a large bottleneck, as compared to in vitro passage with a small bottleneck or in vivo passage in mice.

We found that NaV1.3 from rat was the most stable after detergent solubilisation.

Kinetic analysis indicated that ROS formation is best detectable 30 min following initial treatment, whereas cytotoxic effects were most stable after 24 h.

Larvicidal activity of the most stable formulation after dilution (particle size 14.5 nm), showed significant increase compared to bulk of the oil and nanoemulsions with lesser stability profile after dilution.

From the 19 candidate reference genes, VvAIG1 (AvrRpt2-induced gene) and VvTCPB (T-complex 1 beta-like protein) were found to be the most stable ones after comparing the complete set of genotypes and phenological stages studied.

Moreover, the ethanol dispersions of Nanocyl NC7000, both with and without NaDDBS, appeared to be the most stable, remaining homogeneous after 36 hours, whereas the dispersions of both Baytubes C150P and MWCNT-VAST partially sedimented (Figure 5).

The most stable of them (after 232Th) are 230Th with a half-life of 75,380 years, 229Th with a half-life of 7,340 years, 228Th with a half-life of 1.92 years, 234Th with a half-life of 24.10 days, and 227Th with a half-life of 18.68 days: all of these isotopes except 229Th occur in nature as trace radioisotopes due to their presence in the decay chains of 232Th, 235U, and 238U.

The genes analysed showed, on average, less than 20% variation from the most stable expression phase after approximately 0.5 R (R = 33.3 h), even though F SS (see Materials & Methods) showed that the average gene expression levels varied significantly between the batch and the continuous phase.

As a main output from the application of the new model, it was found that the most stable wellbore trajectory changed after 18 27 years of production.