For the highest concentration of BQ in Series B, 20 mg/l, the values for BEY and QEtOH were 4 7%% of that of the reference fermentation, while the glucose consumption reached 11%% of that observed for the reference fermentation.
This was considerably higher than the value (0.17 ± 0.04 μg/mL) observed for the reference standard.
Slight signs of carbonation are observed for the reference concrete and specimens coated with cementitious coatings.
An average zone of inhibition of 15.2 ± 0.6 mm was observed for the reference strains.
A number of serious disadvantages have been observed for the reference design, where the parallel flow circuit is used, which is inherent in the majority of blanket modules.
Data were corrected for non-specific internalization and normalized to the specific internalization observed for the reference compound 125I-BA KuEE in a parallel experiment [2].
An insignificant value for charge storage was observed for the reference sample compared to that of the device with SiNWs (0.96 nA).
No flat-band voltage shift was observed for the reference sample prepared with pure SiO2, oxidized at T = 850°C for 60 min in O2 ambient.
The residual performances for the recycled concretes were generally similar to but slightly worse than those observed for the reference concretes.
The new formulations presented emission levels of chemical species similar to, or even lower than, those observed for the reference formulation.
