No	Phenomenon or parameter	MF effects and comments
1	Nucleation	Reduces the induction period, augments its rate. Slower nucleation of CaCO₃, altered crystalline structure.
2	Proton transfer	Faster transfer from ${HCO}_{3}^{-}$ to water. Larger number of nuclei is formed.
3	Crystal forms	Influences CaCO₃ structure. More aragonite than calcite precipitates [22] .
4	Particle size	Smaller particles. More stable dispersions [23] [24] [25] .
5	Entropy of hydration [26]	MF effect depends on the entropy. Proportional to the entropy of ion hydration.
6	Zeta potential	Changes zeta potential of the precipitate due to ions adsorption [27] [28] [29] . It may reverse its sign [30] [31] [32] .
7	Cluster transformation	Intercluster and intracluster transformation occur.
8	Hydogen bonds	Weakens the water intercluster bonds and strengthens the intraclusters bonds. Slight increase in the amount of the bondings.
9	Lorentz force	Affects the ion clusters, increase their mobility, weakens the solute/solvent interactions. The number of contacts of ion pairs increases and the amount of water pairs decreases.
10	Mobility of ions	Increases mobility, e.g. Na⁺ and Cl⁻. Diffusion mobility of cations increases and anion decreases [33] [34] [35] . (Simulated results).
11	Ion polarization	Especially bivalent ions [36] [37] [38] . More of cations because they are strongly hydrated than anions [38] [39] [40] .
12	Surface tension	Increases or decreases surface tension [41] [42] [43] . (Contradictory results).
13	Viscosity	Increases viscosity. A larger increase at a higher temperature. (Contradictory results).
14	Memory effect [44]	The changes in physical properties may last up to 2 days.
15	Electrical double layer [45] [46] [47]	Shift of ions from the Gouy-Chapman diffuse part toward Stern compact part [48] . Charge neutralization [49] of the dispersed phase and sedimentation [50] [51] [52] .
16	Evaporation rate	The rate can increase. Depending on the field direction, the Lorentz force may orient water dipole and thus enhanced evaporation.