The phrase "atomic shapes" is correct and usable in written English.
It can be used in contexts related to science, art, or design, particularly when discussing the fundamental forms or structures at a microscopic or conceptual level.
Example: "The artist's latest collection features atomic shapes that reflect the beauty of molecular structures."
Alternatives: "molecular forms" or "fundamental shapes".
Thus the shape of individual atoms affects the macroscopic texture of clusters of atoms, which may be fluid and yielding or firm and resistant, depending on the amount of void space between and the coalescence of the atomic shapes.
In order to account for tremendous variety among natural objects, Gassendi claims, there must be very many different types of atomic shapes (though not infinitely so), and many tokens of each type (again, not infinitely so).
Democritus' account why honey sometimes tastes bitter to people who are ill depends on two factors, neither of which undercut the notion that certain atomic shapes regularly affect us in a given way.
After his account of atoms' motion, Lucretius turns to their properties, explaining how a vast but finite variety of atomic shapes underlies and accounts for the vast but finite phenomenal variety that the world has to offer, without the atoms themselves possessing either sensible properties such as colours or mental powers.
Atomic shape deviations are generated by calculating, for each atom, the atom's deviation from the average molecular radius.
Differences in atomic shape and size determined the various properties of matter.
b Symmetrized exit waves from a. c, d Real and imaginary parts of fitted atomic shape functions.
In our current implementation, the atomic properties that were used to calculate spectrophores include atomic partial charges, atomic lipophilicity indices, atomic shape deviations and atomic softness properties.
In our current implementation, four atomic properties were generated, which include the atomic partial charges, atomic lipophilicities, atomic shape deviations and atomic electrophilicities.
b Complex atomic shape functions (mathbf {s}_1) and (mathbf {s}_2) for Si and N respectively.
We then use linear regression to solve for the complex atomic shape function for all species present.
