The phrase "atomic property" is correct and usable in written English.
It can be used in contexts related to science, particularly in discussions about the characteristics of atoms or elements in chemistry and physics.
Example: "The atomic property of an element determines its behavior in chemical reactions."
Alternatives: "fundamental characteristic" or "basic attribute".
Therefore, the molecule atoms represent the set of discrete points in space, and the atomic property the function evaluated at those points (Habibi-Yangjeh et al., 2009).
Another important atomic property is atomic size.
The base unit of time became decoupled from the uneven pirouette of earth, defined instead by an intrinsic atomic property.
The MATS2m and ATS2m are related to the atomic property of a molecule, these descriptors concerning molecular size, which influence retention of compound.
On one hand, when the vectors (bar{x}) and (bar{y}) encode the same atomic property (i.e. (bar{x} = bar{y})), the Eqs. 3 and 4 define the NS and SS total atom-based and bond-based quadratic indices, respectively.
The entire process is repeated for each cage and for each atomic property, hence a typical spectrophore vector consists of c times p values, with c being the number of artificial cages that are used and p the number of different atomic properties.
Atom weightings (atomic properties) (1) atomic mass (M), (2) the Van der Waals volume (V), (3) the atomic polarizability (P), (4) atomic electronegativity according to Pauling scale (E), (5) atomic Ghose Crippen LogP (A), (6) atomic Gasteiger Marsili charge (C), (7) atomic polar surface area (PSA), (8) atomic refractivity (R), (9) atomic hardness (H), and (10) atomic softness (S).
Atomic properties 2. 10 atom weighting schemes 2.
Each atom is given one of eight atom types computed from three atomic properties (in pi system, is donor, is acceptor).
The integrated atomic properties for the hydrogen atoms of the X-H...Y H-bond and the difference of the properties between the complexes and parent molecule are collected in Table 6.
With respect to this, since only the atomic properties themselves, and not the actual atom types, contribute to the final spectrophore values, spectrophores can be useful for scaffold hopping in which one wants to identify fragments with similar interaction properties but with different atomic and topological environments.
