Sentence examples for interaction of the bulk from inspiring English sources

Usually the sample with highest viscosity is considered to have strong interaction of the bulk fluid with the shale particles, but in this case, the viscosity decreases after adding the shale to the polyacrylamide, i.e., polyacrylamides without shale have higher viscosity values at a given polyacrylamide concentration.

Studies are underway to modify the composite fabrication method and optimize the molding process to obtain composites where layered structure of thin films is maintained to permit multiple reflections in the bulk composite, i.e., the structure compactness is reduced while maintaining strong CNT PMMA interactions of the bulk composite.

Macropore flow appears to be controlled by the interaction between the bulk density of the uppermost topsoil layer (0 0.10 m) and the macroporosity of the soil below.

Reliability scores are essential to check the quality of these types of interactions, which form the bulk of the data in HitPredict.

However, similar first coordination spheres are found in a variety of different proteins with various functions, and native enzymes can often accommodate a mutation by replacing the lost residue with a similar interaction, indicating that the bulk of the protein matrix in native proteins can hide potentially important structural features and patterns.

In interpreting their data, they used a continuum mechanics model of this interaction [28], where the bulk elastic modulus reflects the distensibility of the lung and the shear modulus reflects the ability of the lung to distort.

This criterion means that interactions in the bulk of the plasma are more important than those at its edges, where boundary effects may take place.

This is used as a measure of the interaction of bulk fluid with shale particles.

A binary parameter is used to account for the unlike dispersive energy interactions and provide a representation of the bulk fluid phase equilibrium properties of the mixtures.

In contrast, a heterogeneous Ziegler-Natta catalyzed copolymer (ZNPE) of density 0.925 g cm−3 exhibited poor adhesion to PP due to an amorphous interfacial layer of low molecular weight, highly branched fractions that prevented effective interaction of ZNPE bulk chains with PP.

The impact of the MPL particle interactions on the effective thermal conductivity of the bulk MPL was analysed using a discretization of the Fourier equation with the Gauss-Seidel iterative method.