The phrase "atomic configuration" is correct and usable in written English.
It refers to the arrangement of atoms in a substance or material. Example: The scientist studied the atomic configuration of the newly discovered mineral to determine its properties and potential uses in technology.
The temperature, stress, atomic configuration, and crystallinity are studied in detail to understand the structural behaviors under extreme compression.
This leads to a maximum number of potential symmetry operations which may or may not apply to each individual atomic configuration, once atoms and vacancies are distributed onto these disordered sites.
To quantitatively characterize the scratching-induced motion of atoms, the shear strain of each atom is calculated by comparing the current atomic configuration of the substrate with the reference configuration obtained after relaxation.
As an initial atomic configuration fragment, a flat hexagonal lattice of 40 carbon atoms (Fig. 1) or 12 elementary hexagonal cells of graphene with symmetry type D6h were modeled and optimized in the same basis and function.
All classifications are verified considering the full atomic configuration of the system (see Methods).
The model can also be applied to explain the behaviour of defects that are able to change their atomic configuration under pressure, illumination or temperature.
Structural effects related to the atomic configuration of the surface are finally taken into consideration.
The most stable ordered atomic configuration strongly resembles that of the layered tetragonal L10 structure.
Graphene's extended, atomic configuration also enables scientists to measure graphene's electronic Andreev states as the material comes in contact with superconductors.
Only by knowing composition and thickness of the sample is it possible to determine the atomic configuration within each column.
Atomic-level structure of CMAs remains as a mystery to be uncovered due to their complicated atomic configuration.
