The phrase "atomic density" is correct and usable in written English.
It can be used in scientific contexts, particularly in physics or chemistry, to refer to the number of atoms per unit volume in a substance.
Example: "The atomic density of the material is crucial for understanding its properties and behavior under different conditions."
Alternatives: "atomic concentration" or "atom density."
The intrinsic penetration range of ions into the two minerals is determined by differences in the nuclear-elastic and electronic stopping power of their collective constituent atoms and by the structure's atomic density (Ziegler et al. 2008).
To account for neighbourhood information, Chen et al. also add the distance-weighted atomic density values for the neighbouring atoms, followed by normalization.
The propagation of the slowly varying amplitudes is such that they follow the 1 + 1 dimensional Dirac-like equation v0 = Ω2/g2n is the group velocity much smaller than 1, where is the Rabi frequency of the control fields, g is the atom-light coupling strength, and n is the atomic density.
The local MIP may be affected by (1) the degree of the ionicity of the atoms, (2) by the local composition and (3) by the atomic density, e.g., by vacancies.
Light scatters due to its interaction with the dipole moment of the atoms which for off-resonant light results in an effective coupling with atomic density, not the matter-wave amplitude.
In calculations of intergrain interaction in the case of incommensurate GBs, related atoms are assumed to be randomly distributed with the σ1 and σ2 planar atomic density in the first and second grains, respectively.
We assume the Doppler broadening and the atomic density based on the same single temperature.
In conjunction with the high atomic density, this results in the exceptionally low light speeds observed.
Most of the existing work on measurement couples directly to atomic density operators3,11,26,27,34.
The product of the cross section and the atomic density of the target particle is called the macroscopic cross section.
The Pairwise Atomic Density Reverse Engineering (PADRE) method derives modified density measures from the relationship between atomic density and total potentials.
