The phrase "atomic field" is correct and usable in written English.
It can be used in contexts related to physics, particularly in discussions about quantum mechanics or particle physics.
Example: "The researchers conducted experiments to observe the behavior of particles within the atomic field."
Alternatives: "quantum field" or "subatomic field".
The rate coefficient for hopping between the adsorption sites used in the DMC calculation was estimated based on an empirical atomic force field.
We studied structural transformations within this composition range at 550 °C by using computer modeling of the atomic-scale ordering and clustering in the atomic density field approximation.
Fig. 3 Snapshots of the rolling nanoimprint process of the side-view atomic flow field of Cu films at the roller rotation velocities of a 0°/ps, b 5°/ps, c 10°/ps, and d 20°/ps, respectively.
Figure 3 shows the snapshots of the side-view atomic flow field during the grinding process at the roller rotation velocities of (a) 0°/ps, (b) 5°/ps, (c) 10°/ps, and (d) 20°/ps, respectively.
The mesoporous titania homogeneously covers the latex spheres and substrate, forming a thin coating characterized by N2 adsorption isotherm, small angle X-rays scattering, atomic force, field emission and transmission electronic microscopies.
Experiments reveal that the minimal binding unit is a 21-residue α-helical molecular recognition element (α-MoRE-MeV), which adopts a fully helical conformation upon binding to XD. Due to currently limited computing power, direct simulation of this coupled folding and binding process with atomic force field in explicit solvent cannot be achieved.
Figure 6 shows the imaging of atomic electric fields in SrTiO3, where the fields are seen to point radially outwards from the centers of all the atomic columns, representing the field between the nuclei and the electrons projected along the viewing direction.
Figure 3 clearly shows that a relationship exists between the atomic flow fields and the roller rotation velocity of the Cu film.
The effect of rotary pressure increases with the roller rotation velocity of the Cu film, and the atomic flow fields increase toward the Y-axis direction.
It is found that the atomic stress fields neighboring the crack tip are also singular and controlled by the atomic stress intensity factors.
