A general open-collector interface is shown below.
ALP and diazepam (DZP) binding to the canonical benzodiazepine pocket at the α1-D+/γ2-C− isterface ishownwn.
Moreover, improper bonding at the cement/rubber interface is shown to result in poor strength characteristics.
In this paper, a new approach to the calculation of the heat flux through the blank-die interface is shown.
The ZnO/CuWO4 interface is shown to be key in controlling the enhanced activity of the composite material.
The polarized microhole supported organic gel interface is shown to be capable of use as an amperometric detector for ions.
Numerical simulation considering cohesive damage at the face/core interface is shown to accurately simulate behavior as observed in experimental investigation.
Natural attenuation at the groundwater surface water interface is shown to be a significant control on observed river nitrate concentrations, albeit less influential than land-use descriptors.
The interface is shown to have only a small influence on the final deformation and therefore a global model of the structure can be proposed.
The stress distribution ahead of the crack tip, which is near the interface, is shown in details and the T stress effect is considered.
Furthermore, similarity solutions are found, and the interface is shown to propagate at the correct velocity, by way of a numerical convergence study.
