“…30,47,72 In the literature about the physical−chemistry of the LAL processes, the features in G1−G4 have been used for the quantitative description of laser beam propagation in the liquid, 28,46 laser interaction with the target or the plasma plume 28,38 (after ca. 1 ns, the laser pulse overlaps with the plasma plume 26 ), presence of compounds from the solution (solvent and solutes) in the plasma and in the cavitation bubble, 27,29,38,46 chemical reactivity of solution species with target species, atmospheric oxygen or plasma electrons, 29,38,46,71,72 and the physics of the cavitation bubble. 38,67,73 On the other hand, the selection of features is bound to the data available from the literature.…”