The phrase "atomic characteristics" is correct and usable in written English.
It can be used in scientific contexts, particularly in discussions about the properties of atoms or elements in chemistry and physics.
Example: "The atomic characteristics of hydrogen include its atomic number, mass, and electron configuration."
Alternatives: "atomic properties" or "atomic traits".
Atomic characteristics (number of nitrogen atoms and number of non-aromatic conjugated Cp2 carbon atoms, in the case of the AFP model) have a direct relationship to functional groupings and hence molecular action, whilst electronegativity, (in the case of the MLP model) is a determinant in reactivity and thus has a direct bearing on mechanistic factors.
The physical and atomic characteristics of glass are treated in amorphous solid.
We show that it is possible to establish mappings between sets of basic atomic characteristics and properties of materials systems formed from those constituent atomic species.
Molecular dynamics simulation is a powerful tool to simulate and analyze complex physical processes and phenomena at atomic characteristic for predicting the natural time-evolution of a system of atoms.
A clear relationship of phonon frequency with atomic structure parameters and atomic characteristic parameters was detected.
The atomic bond characteristics between carbon and metal atoms are investigated by the first-principles calculation using a tetrahedron bond model.
The effect of metallic impurities in carbon materials could be explained from the difference in the atomic bond characteristics.
The TEM and XANES analyses also further confirmed that UNCD films could be successfully synthesized at LPLT by a microwave Ar-1%CH4-10%H2 plasma jet without substrate heating, which is identical to grain size distribution and atomic bonding characteristics of the UNCD films grown by a microwave Ar-1%CH4 plasma with substrate heating.
The initial atomic flow characteristic was related to the tooth shape and its relative motion to the substrate.
Atomic-deficient characteristics of composites are extracted from positron lifetime spectra parameterized employing unconstrained x3-term fitting.
This photopolymerization kinetics was examined through atomic-deficient characteristics extracted from positron lifetime spectra parameterized employing unconstrained x3-term fitting procedure.
