The receivers at degradation levels k<ψ l are considered as less-degraded receivers.
Alternatively, when the photocatalytic reactor equipped with the CPC solar concentrator of 2 suns was used to degrade the same pollutant under the same conditions, degradation levels of 54% and 92% were achieved, respectively.
Hydrocarbon degrading microorganisms and root biomass were assessed as well as hydrocarbon degradation levels.
Thus, the operating point is independent of irradiance, temperature, or degradation levels.
Higher degradation levels were thus observed at higher pH, where laccase was more stable.
In addition, based on the correlation of degradation levels and ages by Moore et al.
On the basis of the degradation levels classified by Moore et al.
Thus it is likely to find differences in GAPDH degradation levels between different groups in our study.
Changes in electrical resistivity of the PLA/CNT nanocomposites were successfully correlated with degradation levels of the biopolymer.
The degradation levels of small craters (Moore et al. 1980) affected by thrust faults were also used to estimate the timing of the youngest tectonic activity.
The degradation levels of craters dislocated by tectonic structures were also used to determine the youngest limits of the ages of the tectonic activities.
