The phrase "atoms cannot be" is correct and usable in written English.
It can be used in scientific discussions or explanations regarding the properties or behaviors of atoms.
Example: "In a vacuum, atoms cannot be compressed beyond a certain point due to the principles of quantum mechanics."
Alternatives: "atoms are unable to" or "atoms cannot exist as".
So, for example, and echoing Leibniz, because of the infinite divisibility of extension, and because atoms are extended, atoms cannot be the ultimate beings of nature; simple substances (or monads) must be such beings, and the PC establishes this necessary (in Du Châtelet's mind) metaphysical fact (IP §121).
So atoms cannot be the necessary beings out of which matter is composed; indeed, they are by definition impossible.
Considering that Mg and Al atoms cannot be distinguished by z-contrast due to their similar atomic numbers and that it is difficult to detect oxygen atoms owing to its low atomic number, this brighter point is concluded to be due to the Ti dopant.
Similarly, when the liquid is flowing through a small capillary, the condensed atoms cannot be scattered by the walls one at a time since they are forced by Bose statistics to occupy the same state.
(a) QDs dispersed in a stoichiometric SiO2 matrix - dopant atoms cannot be ionised as they create very deep levels.
In extreme cases, the lack of long-range order is so severe that individual atoms cannot be identified.
Although atomic energies can be sharply defined, the positions of the electrons within the atom cannot be, quantum mechanics giving only the probability for the electrons to have certain locations.
But since the Atom cannot be registered before it is inspected, the department notes that the car must be towed or transported by trailer to the inspection station.
A gamma ray that is ejected from a nucleus in a free atom cannot be resonantly absorbed by a similar nucleus in another atom because its energy is less than the resonance energy by an amount equal to the kinetic energy given to the recoiling source nucleus.
Fourth, each carbon atom cannot be attached with two functional groups.
Due to complex nature of bonds in SiC, the ionic charge for Si and C atom cannot be determined uniquely.
