Sentence examples for enter the solution from inspiring English sources

Conversely, if electrons are taken away from the metal electrode by applying positive potentials to it, the metal ions thus formed can cross the double layer of electric charge at the interface, undergo hydration (combination with water), and enter the solution.

In the first example, the solution is saturated when the rate at which the pure substance dissolves in the solvent to enter the solution is exactly equal to the rate at which the dissolved substance leaves the solution (e.g., by crystallizing).

The aim of weighting is to allow all relevant information to enter the solution without bias such as that from large data values (Li and Oldenburg 1996).

Enter the solution: A health insurance commercial starring Harvey Keitel, encouraging New Yorkers to sign up... or else.

These first-order solutions contain a characteristic stress and three geometric terms, one that varies linearly with elevation, one that decays exponentially with depth, and a (co)sinusoidal term; elastic moduli do not enter the solutions.

Furthermore, the coefficient matrices entering the solution scheme are obtained by assembling the separate contribution of each branch, thus avoiding the ad hoc node numbering and branch orientation required by alternative implementations.

This reduces the path length of the photons entering the solution (Saggioro et al. 2011; Davis et al. 1994).

The gas entered the solution via a 60 um pore gas diffuser (Fisher Scientific) attached to the end of the gas supply line downstream of the control valve.

Also with the increase in the number of dye molecules, the path length of photons entering the solution decreases and fewer photons reach the catalyst surface, which results in the decrease in the generation reactive hydroxyl and superoxide radicals.

Moreover, an influence of initial concentration of MB and the pathway length of the photons entering the solution decreases; low yield of HO· radical also leads to reduced yield of degradation efficiency.

The possible explanation for this behavior is that as the initial concentration of the dye increases, the path length of the photons entering the solution decreases and in low concentration the reverse effect is observed, thereby increasing the number of photon absorption by the catalyst in lower concentration [25].