Sentence examples for solution wherein from inspiring English sources

The latter are electroreduced rapidly at the electrode surface, generating halide anions, X−, which diffuse towards solution, wherein they comproportionate with the principal oxidant, XOn−, yielding electroactive halogen.

We focus on a wave-type solution wherein the wavenumber is denoted by k (>0), the wavelength is given by L = 2π/k, and the complex phase velocity is denoted as c.

Figure5f,h indicates that in the presence of a driving force with δ = 0.5, the critical Mach number for the backward-wave instability decreases in inverse proportion to the wavelength, in contrast to the case of the symmetric solution wherein Mc decreases in inverse proportion to the square root of the wavelength.

This is effectively a crack-like fluid-filled environment in electrochemical contact with the outside solution, wherein large changes in solution chemistry and crevice-type corrosion reactions can occur.

There may exist local optimal solutions wherein the same level of production through different flux distributions compared with global optimum.

This is not possible for contemporary solutions wherein the intervals are ordered, making update of intervals complex.

This fact makes it possible to choose optimal concentrations of solutions wherein equilibrium potentials of Sn and Co are close.

For instance, López Pérez et al. first characterize the cross-tier interference problem and then provide a comprehensive summary of candidate solutions wherein the use of dynamic spectrum allocation in conjunction with self-configuration and optimization of femtocells play a determinant role [4].

However, existing solvers use a sequential solution procedure wherein the velocity distribution functions are implicitly coupled in physical space, but are solved sequentially in velocity space.

This paper aims to resolve this disconnect by employing an "inverse solution" approach, wherein appropriate simplified residual stresses and geometric imperfections to model in test simulations are determined based on correlation with experimental data.

At different temperatures, the unusual behaviour of relaxation process is observed at high-frequency region due to variation in the solution resistance wherein the relaxation are subjected to increase in chaotic thermal oscillations of unbound HEC molecules and increased disorientation of dipoles.