Sentence examples for displacement approaches from inspiring English sources

The impact experiment is modeled with simple force displacement approaches which allow an analytical solution of the problem.

The accuracy of the results obtained and the superiority of the mixed methods presented to conventional displacement approaches are discussed.

The main novelty of the proposed theory consists of a generalization of layer-wise displacement approaches available in literature to the dynamics of beams with finite curvature.

The direct titration and salt displacement approaches that we have used share the theoretical foundation that the favorable entropy from counterion release drives the formation of complexes between proteins and DNA.

The resulting FB-Fe3+ complex displayed highly sensitivity to PPi via Fe3+ displacement approach.

This direct, positive displacement approach results in a net transfer efficiency of over 95%.

Meanwhile, the L-Cr3+ solution also displayed excellent selectivity to PO43− by a displacement approach.

To compare our slab thickness tuning approach with previous air hole displacement approach, we investigate the PC L3 nanocavity that was finely optimized by the air hole displacement approach in [26], as shown in Figure 1a.

In situ, the solution of L2 + Hg2+ complex displayed high reversibility by I− through Hg2+ displacement approach.

In addition, the resultant L Zn2+ complex exhibits ratiometric responses to S2− with excellent selectivity via S2− induced Zn2+ displacement approach.

The in situ generated PY-Fe3+ complex solution exhibited a high selectivity toward PPi via Fe3+ displacement approach.