The phrase "atoms that increase" is correct and usable in written English.
It can be used in scientific contexts, particularly when discussing atomic behavior or properties that change in quantity or energy.
Example: "In the experiment, we observed atoms that increase in energy levels when exposed to heat."
Alternatives: "atoms that grow" or "atoms that rise".
The increase of the absolute value of the slope after milling implies atom diffusion that increases the pure diamagnetic ZnO in the core of the NPs and a significant increase of Zni defects at the shell that are the sources of magnetic moment.
Polyhedral oligomeric silsesquioxane (POSS) is a cage-shaped molecule comprised of alternating silicon and oxygen atoms that have found increasing use as filler in polymer nanocomposites.
When dimer decay occurs adjacent to an existing dimer, the number of Ag atoms that can simultaneously interact suddenly increases from two to three, and a cluster nucleates.
The sum of all pairwise atom similarities in Equation 2 increases with the number of atoms that a molecule contains.
Moreover, as large-area graphene sheets are tailored into nanoscale devices, and the portion of C-atoms that occupy the edge increases, we demonstrate that edge decoration becomes a more pronounced method of chemical doping, exhibiting a scaling law that will induce vast carrier densities and dominance over adsorption techniques in the nanoscale.
The plastic flow increased when the kinetic energies of material atoms increased with increasing temperature.
The number of Ni-bonded atoms increases by increasing the complex/monomer molar ratio.
Analysis by three-dimensional local-electrode atom-probe tomography shows that x increases with increasing atomic number, and that the REs partition to the core of the precipitates.
The CO oxidation rates normalized per Au atoms increased with the increasing Ce contents, and reached the maximum value over Au/CeO2.
When the temperature was increased, the average loading force and resistance coefficient of Cu films decreased, because the number of airborne atoms increased, thus resulting in increased material softening and increased disordering of the crystalline structure. .
