The phrase "atomic volumes" is correct and usable in written English.
It can be used in scientific contexts, particularly in chemistry and physics, to refer to the volume occupied by one mole of an element in its atomic form.
Example: "The atomic volumes of the elements can provide insight into their physical properties and behaviors in different states."
Alternatives: "molar volumes" or "atomic sizes".
In the case of small atomic aggregates, for which it is not proper to consider a three-dimensional structure, we set μ(V) = 0 and assimilate them to cylinders one layer high, and perimeter determined by imposing conservation of the total atomic volume (sum of the atomic volumes of the atoms composing the 2D aggregate).
Between 1843 and his retirement in 1850, Avogadro wrote four memoirs on atomic volumes and designated affinity numbers for the elements using atomic volumes according to a method "independent of all chemical considerations"—a claim that held little appeal for chemists.
We also present calculated results for the composition dependence of the atomic volumes in random solid solutions with bcc, fcc and hcp structures.
Atomic volumes in the equilibrium liquid region were measured by the electrostatic levitation method and these volumes, together with volumes of relaxed glasses, were better described by the Cohen Grest model than by the Cohen Turnbull model.
The protective mechanism of the Si is explained in terms of a model based on relative atomic volumes, while the oscillations appear to be due to anodic film breakdown.
To describe the composition dependence of the lattice parameter of multicomponent B2 and L21 phases, the atomic volumes of Al, Hf, Ni, Ti and Zr in B2 and L21 phases are determined, providing a model for the control of interphase misfit in alloy design.
where d is the diameter of the particle (in m), n Si is the number of Si atoms in the particle, V Si is the atomic volume of a Si atom (in m3), and Q the efficiency of the detector (which is 50% in our case).
Molar volumes of solutes can be estimated from the atomic volume of their atoms (Perry and Chilton 1973).
For each composition range, a specific atomic volume Va-Zr can be assigned to the Zr atoms that has the same value for any of the alloying components TL = Fe, Co and Ni.
Among them, the atomic volume parameter V j represents the fragmental volume of atom j in a molecule.
They define an atomic volume, v A, which, when summed over all the atoms in the crystal, is equal to the total volume of the crystal.
