Sentence examples for interactions scheme from inspiring English sources

The formation of exfoliated nanoclay structure enhances the interface interactions through bridge, loop, and tail linkages of the polymer chains with the nanoclay layers via H bonding and polar polar interactions (Scheme 1).

For all subsequent studies, mPEG5k-PLA50k copolymer was used to form FM, and mPEG5k-PLA20k was used to form SM. The formulated SM and FM were assembled into 3D porous networks on substrates via a layer-by-layer process involving alternating deposition of streptavidin and either one of the biotinylated micelles driven by specific biotin streptavidin interactions (scheme shown in Figure 2a).

Finally, compound IV with all three 3,4,5 substituted sites reduces its interaction scheme to stacking contacts, and the columns thus formed are essentially non interacting.

A geometric formulation is considered to replace the fluid-solid interaction scheme to model the contact angles hysteresis.

The model interaction scheme includes attractive interactions between hydrophobic (H) residues, repulsive interactions between hydrophobic and polar (P) residues, and orientation-dependent P-P interactions.

A dislocation-density grain boundary interaction scheme has been developed to account for the interrelated dislocation-density interactions of emission, absorption and transmission in GB regions.

In this paper we present a generic Symbol Input Interaction Method for Human Machine Interfaces that combines multi-source information: an input Hypothesis Model, an Error Model, a Constraint Model and a user interaction scheme.

Even for the three-helix bundle, the present model interaction scheme leads to a distribution of energy which is not bimodal, although a heat capacity peak associated with thermal unfolding is observed.

A dislocation-density grain boundary (GB) interaction scheme was coupled within a dislocation-density based crystal plasticity formulation to investigate how different types of CSL GBs affect dislocation-density evolution, plastic deformation, dislocation pile-up formation, TG and IG fracture, and fracture toughness.

When the above two factors are combined with a grain matrix interaction scheme that approaches a Sachs-type model, the evolution of the Goss and Brass orientations on the α-fibre is well captured and for the first time, the F orientation along the γ-fibre is successfully predicted.

A dislocation-density based multiple-slip crystalline plasticity formulation, a dislocation-density grain boundary (GB) interaction scheme, and an overlapping fracture method were used to investigate crack nucleation and propagation in martensitic steel with retained austenite for both quasi-static and dynamic loading conditions.