Sentence examples for behaviour of the double from inspiring English sources
The model used combines the potential distribution in the electrolyte with the load unload behaviour of the double layer.
Pulsed electrochemical micromachining is a metal dissolution process where the capacitive behaviour of the double layer enhances the confinement of the machining profile, when very short voltage pulses are applied.
On the other hand, the spin Hamiltonian H =– J1 S1S4+S2S3) – J2(S1S3+S2S4) – J3S1S2, where S1 = S2 = S3 = S4 = SCu =1/2, was used to study the magnetic behaviour of the double open cubane core of complex 3 and a good agreement between the experimental and simulated results was found by using the parameters g1 = g2 =2.20, g3 = g4 =2.18, J1 =−36 cm-1, J2 =−44 cm-1 and J3 =0 cm-1.
Therefore, we were interested in analyzing how the behaviour of the double mutant would be.
The geometry and the deployment behaviour of the double-ring truss were validated by the experiments using this model.
The model developed can also be used to analyse the acoustically induced frequency dependent geometrical behaviour of the double-leaf wall components to optimise them for best acoustic performance.
In particular, we were interested in the behaviour of the double-mutants which cannot bind to either of their known ligands, β-catenin or Pygo: if these were DN, then this would suggest an additional functional ligand of BCL9 proteins.
However, little literature has been found regarding the behaviour of the grout-filled double skin steel tubular (GFDST) member, while the influence of the in-filled grout could be underestimated in the steel-grout composite structure.
We also analyzed the behaviour of the site-directed double mutants, QβA1746U+A2982G and QβA1746U+U3582C in competition experiments with the single mutant QβA1746U.
In this paper an investigation based on tests and a finite element modeling of the behaviour of a double channel beam-to-column connection subjected to in plane bending moment and shear is presented.
The morphological behaviour of the more complex double-graft architecture is approximately equivalent to that of the constituting single-graft block copolymer.
