These remarkable findings are attributed to interplay of large surface area and topologically interconnectedness provided by functional moieties in graphene scaffolds thus favorable interaction with FAM-ssDNA.
In particular, superior inhibition effectiveness of BTAH is attributed to interplay of planar molecular structure, physisorption and intermolecular H-bonding, which cooperatively may result in formation of thin and protective film on the surface.
The discrepancies occurring in kinetic parameters could be attributed to interplay between van der Waals and hydrodynamic forces, which reduces by factor of 2 the correlation between experimental and theoretical values [19, 24, 40, 41].
The intermediate response is attributed to the interplay between various characteristics of the power spectrum and "ohmic equilibration layer thickness".
This behavior can be attributed to the interplay between the cluster-disruptive effect of flow on one side, and droplets attractive interactions promoting coalescence on the other side.
The non-monotonic behavior of telechelic star polymer is attributed to the interplay between enthalpic gain due to end-monomer aggregation and entropic loss due to loop formation.
The structural development is attributed to an interplay of crystallization and phase separation of the blends in the film forming process.
The different structures were attributed to the interplay between the mesogenic group ordering propensity and the chain constraints dictated by the methylene spacer and the meta-linkage at the end of mesogen.
These differences resulting from water presence can be attributed to the interplay between the hydrogen bonding interactions and the free volumes, the former is responsible for antiplasticization whereas the latter leads to plasticization of the polymer materials.
Using a two-terminal device based on the conductive two-dimensional hole gas formed at a hydrogen-terminated diamond surface, we also observe an unexpected spatial modulation of the electric field, which is attributed to the interplay between charge injection and photo-ionization effects (from the laser used in the experiments).
The irradiation-induced modification of the phase stability field of pyrochlore compounds at high pressures is attributed to the interplay between the introduction of atomic defects by dense electronic excitation, changes in bonding that accompanies electron orbital overlap at high pressure, and collective atomic motions related to the high pressure phase transformations.
