The phrase "atoms regardless of" is correct and usable in written English.
It can be used when discussing atoms in a context that emphasizes their properties or behaviors without considering specific factors or conditions.
Example: "The experiment was designed to measure the reactions of atoms regardless of their initial states."
Alternatives: "atoms irrespective of" or "atoms without regard to".
The upper cut-off for the ligand number of atoms was defined as 485 atoms regardless of its chemical nature.
The sticking coefficient of Mg atoms on rs-ZMO is approximately four times higher than that of ZnO atoms regardless of the growth temperature in the range of 400 600 °C.
The SIMS profiles of the silica-sol-coated wafers from group 2 were very similar and showed a total blocking of phosphorus atoms regardless of the applied spin speed or, in other words, the film thickness.
This shifts the emphasis from concern over the differences between the solid and solution, to their similarity; the same set of chemical rules apply to all the atoms regardless of where they are found.
Classes qualify as subclasses of carbon molecular entities if they contain any atom of carbon, regardless of what other atoms they contain in addition.
The DFT calculations for such case are only considering the electronic structure of single atom regardless the atom arrangement in lattice.
As a result, it was found that H and D atoms permeate independently regardless of the H/D component ratio within the present experimental conditions.
The Avogadro constant is named after the early 19th century Italian scientist Amedeo Avogadro who, in 1811, first proposed that the volume of a gas (at a given pressure and temperature) is proportional to the number of atoms or molecules regardless of the nature of the gas.
The default unit of distance between any two atoms is 1.5 Å, which applies regardless of atom and bond type.
It should be noted that these atoms will be found regardless of whether the model actually has hydrogen atoms or not.
The syntax is as simple as A.find("SMILES", B) where A and B can be two SMILES strings or two models, such as {2.1}, representing "all the atoms in the first model in the second file," or ({0 10}), (parentheses significant) meaning the first 11 atoms in the collection, regardless of model.
