Evenness patterns of the molecular composition of both the inflow and residual DOC pools (Fig. 2c) indicate that resource use was limited to the more abundant compounds in less heterogeneous flow, while it gradually included less abundant compounds as flow heterogeneity increased.
Evenness patterns of the molecular composition of both the inflow and residual DOC pools (Figure 5c) indicate that resource use was limited to the more abundant compounds in less heterogeneous flow, while it gradually included less abundant compounds as flow heterogeneity increased.
New correlations for homogeneous and heterogeneous flow regimes were developed.
The three-phase system displayed a very heterogeneous flow pattern especially at long HRTs.
The presence of foam significantly affects many quantified parameters, especially within the heterogeneous flow regime.
In the heterogeneous flow regime, gas was distributed into two bubble phases: small and large.
Simulations showed the development of a heterogeneous flow pattern and formation of preferential flow channels.
Thus, in a heterogeneous flow field, the value of L* can vary from one location to another.
Finally, with further increases in the flow rate, all particles will be transported in a heterogeneous flow.
Up to four flow regimes could be identified: intermittent, homogeneous, transition and heterogeneous flow.
In the heterogeneous flow regime, a distribution of bubble sizes exists.
