The phrase "atoms of low" is not correct and does not convey a clear meaning in written English.
It appears to be an incomplete or unclear expression that lacks context for proper usage.
Example: "The research focused on the behavior of atoms of low energy states in quantum mechanics."
Alternatives: "low-energy atoms" or "atoms with low energy".
The atom of lowest atomic number is given the lowest priority, 4. In this case that atom is the fluorine (atomic number 9).
The numbering of the atoms in carborane compounds begins with the apex atom of lowest coordination (i.e., with the fewest bonds), and polyhedral vertex atoms are numbered in a clockwise direction with the carbon atoms being given the lowest possible numbers.
The effect, which in general form is highly reproducible, appears to be a manifestation of reversible premonolayer oxidation, the reduced form being an active state of platinum in which the metal atoms of are low lattice coordination number and the oxidized state is a hydrous oxide.
We demonstrate that the carbon tolerance of Ni can be improved by synthesizing Ni-containing surface alloys that, compared to monometallic Ni, preferentially oxidize C atoms rather than form C C bonds and have a lower thermodynamic driving force, associated with the nucleation of carbon atoms on low-coordinated Ni sites.
In the simulation process, a structural relaxation process is allowed for C atoms in the graphene and all Si and O atoms in the substrate, except that the atoms of the lowest O-Si-O monolayer are fixed.
The minimum-energy cluster structures of B12F n, shown in Figure 2, have been found by replacing the hydrogen atoms of the low-lying B12H n isomers by fluorine atoms.
XPS measurements confirm the presence of little amount of B atoms on the surface of low thickness film.
Though they are not mathematically orthogonal, atoms in D are of low coherence and subsequently, D turns out to be an overcomplete incoherent dictionary.
The whole structure converges well, as the r.m.s.d. of the backbone and heavy atoms of the 20 lowest energy ensembles are 0.602 and 0.954, respectively (Table S1 and Fig. 1B).
Superposition of the backbone Cα atoms of the 15 lowest energy conformers is shown in Figure 3b illustrating the highly ordered structure.
