The phrase "avoid interface" is not correct and lacks clarity in written English.
It may be used in contexts discussing user experience or software design, but it needs additional context to convey a clear meaning.
Example: "To enhance user experience, we should avoid interface clutter that can confuse users."
Alternatives: "steer clear of interface" or "eliminate interface".
It is observed that taking the energies of Te like in PbTe is the only way to avoid interface states in the PbTe band gap.
Two objective functions were defined based on interface failure criteria and bone adaptive remodeling to avoid interface disruption and to reduce the risk of bone loss.
As illustrated in Fig. 5, the concrete sample was placed in the direction of the diameter at the center of the bearing plates, and two wood straps were placed between the bearing plates and the sample to avoid interface cracking and to apply a distributed load along the length of the disks.
The primary goal for designing such alumina-based composites is to have enhanced thermal conductivity for effective heat dissipation and spreading capabilities together with a coefficient of thermal expansion (CTE) value that is close to the silicon chips in electronic circuits in order to avoid interface layers.
In this study, for the first time, we attempt to increase the performance of BP chemical sensors to their theoretical limit by floating BP flakes on top of electrode posts in order to provide full (both sides) adsorption sites and avoid interface scattering effects.
To avoid interface effects, fitting started approximately 20 μm below the tissue surface.
The tendency for alternative splicing to avoid interfaces is thus confirmed in those isoforms that are more likely to be involved in a fine regulation of the interaction.
Nodes with higher degree should avoid sharing interface with other neighbors as possible, as higher degree means more neighbors and more flows going through the node.
They also try to avoid large interface widths by proposing that the main effect is due to small nanoparticles with diameters of around 2 nm.
In such kind of situations, in order to avoid unnecessary interface shifts, a hysteresis mechanism based on forward and backward protection is one of candidates to compensate for it.
According to this mechanism, we developed a smart interface management, insertion of a monolayer-thin strain-neutral GaAs, to avoid diffused interfaces and morphology degradation.
