The phrase "atoms through the" is not complete and lacks context, making it difficult to determine its correctness in written English.
It could be used in a scientific context where the phrase is part of a larger discussion about atomic interactions or processes.
Example: "The experiment demonstrated how atoms through the medium interact with one another."
Alternatives: "atoms within the" or "atoms across the".
This process is like charging a capacitor: it produces a chemical potential that pushes atoms through the device, just as electric potential drives electrons.
Alloying elements have a strong influence on heat-treating, because they tend to slow the diffusion of atoms through the iron lattices and thereby delay the allotropic transformations.
Since the nitrobenzene reduction requires removal of oxygen by two H atoms through the formation of H2O, we have evaluated the relative stability of adsorbed H pairs to see if they will identify any significant sites for the reduction.
This cannot occur through gaseous diffusion above the silicon wafer because of the extremely low vapour pressure of gold; equally, the transport of gold atoms through the bulk of the silicon is also negligible.
After annealing at 800 °C, the penetration of a partial number of Cu atoms through the (TiVCr N barrier occurred and thus some Cu silicides were formed.
In this case, the diffusion of Ag atoms through the molten channels existing between the previously formed Ag3Sn scallops is the controlling mechanism for the kinetics.
(These names are derived from the carbon atoms through which the sugar-phosphate linkage is made).
In complexes 1 and 2, one of the ligands is bidentately coordinated to the Pd atom through the Npz atom and the Cph atom (L1), and the other ligand only presents monodentately coordination to the Npz atom (HL1).
The o-sulfobenzimidate anions interact with the copper atom through the coordinated water molecules, and they link with the lattice water molecules to furnish three-dimensional network architecture.
To detect the photon, the researchers shot a rubidium atom through the cavity.
Sending a second atom through the cavity produced the same result.
