Here, HQ, HQF, HR, HQR and HQQ are the Hamiltonians of the four-level QD, the QD field interaction, the PBG reservoir, the QD PBG reservoir interaction and QDs QDs interaction, respectively [36, 37].
A better understanding of pathogen-reservoir interactions, particularly mechanisms of disease resistance, may also enhance the development of treatments for humans and domestic animals.
A better understanding of reservoir biology and of pathogen-reservoir interactions, particularly their mechanisms of disease resistance, could also facilitate the development of treatment and control strategies for humans and domestic animals (3, 4 ).
Geometrically and materially nonlinearity are considered in the analysis of dam-foundation-reservoir interaction system.
We build into the model well-reservoir interaction by allowing flow of gas between well and formation (surrounding reservoir).
The material nonlinearity, dam-reservoir interaction and vertical component of ground motions were considered in the analyses.
To study the dynamic response of concrete dams, relevant assumptions are made regarding foundation modeling, input motion mechanism, dam-reservoir interaction, and material behavior.
Finally, dam-foundation-reservoir interaction finite element model is constituted and probabilistic analyses are performed with MCS using the selected parameters, sampling method, function and arbitrary factor under gravity load for empty and full reservoir conditions.
Moreover, for the results as regards the 1D case of the two-flow model, more interesting phenomena are described, such as the unequal fluid velocity, the well-reservoir interaction by allowing two kinds of gas between well and formation (surrounding reservoir), external forces, and the general pressure law [11 13].
If they co-occur in a statistically significant way we are prompted to identify as a plausible explanation a vector-reservoir interaction.
The correlation between elastic wave velocity and permeability outside the laboratory has potentially far-reaching value for the prediction of reservoir permeability interactions from wireline logging and larger-scale seismic and microseismic surveys.
