The higher charge-transfer ability at the interface diminishes charge recombination and induces the transport of electrons through the films, and this is supported by the higher carrier density of the BiVO4 photoanode with exposed (040) facets as revealed by M S analysis, shown in Fig. S4.
Mutagenesis at these novel E2-substrate interfaces diminishes nucleosome binding and activity by the PRC1 ubiquitylation module.
For longer sustained loading times, the bond failure locus shifted to the epoxy/concrete interface, which diminished part of the strength increase brought on by the stress relaxation of the adhesive.
Previously, a theory has been presented that explains how discrete vapor liquid interfaces become diminished at certain high-pressure conditions in a manner that leads to well known qualitative trends observed from imaging in a variety of experiments.
One can easily guess that the stressing rate is near the maximum along the plate interface and diminishes as a function of distance from the interface.
Extra mesh adaptation criteria are introduced to handle colliding interfaces with almost zero curvatures as the distance between the interfaces diminishes.
However mutations of Tyr157, Phe168, Lys221 and Glu223, in the conserved interface, all significantly diminished the interaction, confirming its functional significance.
The role of the relaxation, which proceeds mainly at interfaces, should diminish with the size of the structure.
Thirdly, the interference of the scattered light from the inner and outer interfaces can diminish the optical field inside the layer, and due to the energy conservation, a relatively larger enhanced field is focused at the outer surface of SiO2 layer [21, 22].
