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This work corresponds to an in situ diagnosis by EIS of solid oxide electrolyser cell reaction mechanisms.
The second class of aromatic heterocyclic compounds examined in this work corresponds to the nitrogen-containing compounds.
The coexistence scenario analyzed in this work corresponds to the case of a single ultra wideband (UWB) transmitter operating at the same frequency band as a WiMAX receiver.
The last class of aromatic heterocyclic compounds considered in this work, corresponds to the oxygen-containing compounds, for example, furan and benzofuran (Fig. 9).
The third limiting regime which we identify in this work corresponds to the limit in which the characteristic reaction time being much smaller compared to both the transverse and longitudinal diffusion times (φs2⪢1, φ2⪢1).
The first class of aromatic heterocyclic compounds considered in this work corresponds to the sulfur-containing compounds, which are represented by thiophene and its benzologs, e.g., benzothiophene and dibenzothiophene (Fig. 9).
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The propagation conditions considered in this work correspond to the case of free-space propagation loss which is calculated, using Frii's formula, as (33).
However, results of this work correspond to those of Willens et al. [14], who measured the average permeability coefficient of dorsal skin of Rana catesbeiana exposed to malathion in vitro being lower (6.5 × 10−3cm/h) than that of ventral skin (8.95 × 10−3cm/h).
With regard to the magnitude of caffeine and testosterone percentages absorbed across amphibian skin, the results of this work correspond to absorbed percentages of other test compounds such as malathion, parathion, or carbaryl ranging from 76.8 to 96.2 % after 6 8 h post-application [14, 15], indicating that amphibian skin is a rather weak barrier to xenobiotics.
The peaches utilized in this work correspond to those analyzed by Campos-Vargas et al [ 7].
All genomic coordinates listed throughout this work correspond to the mm9 version of the mouse genome.
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