The phrase "activation of the solution" is correct and usable in written English.
It can be used in contexts where you are discussing the process of making a solution active or functional, often in scientific or technical settings.
Example: "The activation of the solution is crucial for the experiment to yield accurate results."
Alternatives: "initiation of the solution" or "engagement of the solution".
The activation energies (Ea) of the solution polymerization with and without 1 molar equivalent of pyridine (relative amount of initiator) were found to be 42.2 and 44.0 kJ mol−1, respectively.
A computer-controlled, multichannel fluidic system connected to a double-barrelled pipette was used for activation of the myofibril in solutions with different Ca2+ concentrations (15°C).
The values of the contribution per mole of the solute to the free energy of activation for viscous flow of the solution, Δm2≠0, were obtained on the basis of the Feakins' theory.
The activation of the polyester (PET) by the solution of ferrous compound was examined as a palladium-free activation process.
The AIM model used in the case of the multicomponent LSS is based on work by Harvie et al. Under the assumption of dilute conditions at droplet activation, the solution density and surface tension are assumed to be equal to those of water.
In acidic solution, activation of the aluminum surface promoted the formation of a mixed silica/aluminosilicate film over the surface that was porous in nature, providing very little corrosion protection.
Polydimethylsiloxane (PDMS) was used to coat the fiber after activation of the NiTi ZrO2 surface with sodium hydroxide solution followed by hydrochloric acid solution.
Alloying Pt with Ru lowers the barriers for the homolytic as well as the heterolytic activation of water in solution.
However, limitations of this method include its high computational demands, temporal discontinuities (spiking character of source time courses), and spatial instability of the solution (great activation differences between adjacent sources).
As reported in Table 3, the solution showed strong activation of the occipito-temporal regions of the right hemisphere, in particular the inferior occipital gyrus (BA18), middle occipital gyrus (BA19), fusiform gyrus (BA20), parahippocampal gyrus (BA28) and middle temporal gyrus (BA21), as well as a strong focus of activity in the left inferior temporal lobe (BA20).
The hydrodynamic experiments (Au-RDE) have shown the influence of the acidity of the solution on the activation energy of the electroreduction of the pertechnetate ions to technetium III,IV) species.
