Sentence examples for applying the separation from inspiring English sources

51 In contrast, the AIHW conducts 'linkage' and 'merging' as two separate and distinct operations within the one agency, applying the separation principle in an alternative method endorsed by the Commonwealth.

The results show that, by applying the separation plates in peripheral fuel assemblies and low gadolinia enrichment, the maximum cladding surface temperature (MCST) is limited to 653 °C with the average outlet temperature of 500 °C.

By applying the separation of variable method on time and space, the governing Partial Differential Equation (PDE) of motion is reduced to an Ordinary Differential Equation (ODE) with one variable coefficient while the other coefficients are constant based on the assumption that the transverse displacement is a harmonic vibration.

The potential solution is obtained in an individual region by applying the separation of variables method.

Under the assumption of near cone-subconvexlikeness, by applying the separation theorem for convex sets, the relationship between inner superefficient points and superefficient points is established.

Now people are applying the separation rule to Nate Parker, director and writer of the forthcoming film "The Birth of a Nation," and his co-writer Jean Celestin.

To solve the buckling problem we apply the separation of variables and expansion of all fields into Fourier series in circumferential direction, with subsequent accurate calculations of eigenvalues of determinants of corresponding 8 × 8 complicated matrices.

The CHeReL applies the separation process by data custodians supplying identifying data to linkage units and (de-identified) content data directly to researchers.

Applying the optimum conditions, separation of all the compounds, including the enantiomers of impurity 1, was obtained in less than 12 min.

In the given problem, the potential solution is obtained in each region by applying the method of separation of variables.

Moreover, a two-dimensional Schrödinger equation can be solved, at fixed Q, thus applying the BO adiabatic separation to the reactive electron proton subsystem to obtain the electron proton states and energies relevant to the EPT reaction.