Sentence examples for samples for methanol from inspiring English sources

The Fig. 6 shows the Sensitivity variations of CNT, ZnO-CNT and ZnO of samples for methanol concentration of 75 ppm for different temperatures.

It should be remarked that the samples for methanol analysis were always collected before the next methanol pulse.

Catalytic performance of the samples was evaluated for methanol combustion.

Among the samples that tested positive for methanol content, sample S10 (a foreign wine) recorded the lowest amount of methanol concentration (0.003%) while sample S20 (Akpeteshie) showed the highest methanol concentration (0.161%).The results show that low amounts of methanol were recorded in the foreign drinks as compared to the local drinks.

This method is especially useful for archival or museum specimens stored in 70 95% ethanol (e.g. the lamprey in Figure 6), and for samples preserved in methanol as for in situ hybridization (e.g. the paddlefish in Figure 7).

For sample B, the onset potential for methanol oxidation was discovered at 0.1 V, and a large anodic peak was observed at 1.02 V, corresponding, to methanol oxidation for the first sweep.

Almost all of the samples (90.4%) met acceptable standards for methanol with the highest exception being 4.7 times the established standard.

In total, we obtained 733,393 pyrosequencing reads for samples cultivated with methanol and 709,815 reads for samples cultivated with glucose as the substrate.

Histochemical staining for 8-oxo-dG (1/300 dilution, Cosmo Bio Co., Japan) was performed as described before [25] with minor modifications: endogenous peroxidase activities were eliminated by incubation of the tissue samples in methanol 3% H2O2 for 30 min and the Tyramide Signal Amplification kit (TSA, Amersham) was used according to the manufacturer's instructions.

It can be found that the Sample-A and Sample-B sensors behave well in selectivity for methanol gas.

All three samples show low onset potentials (0.32 0.34 V) for methanol oxidation.