The phrase "atoms within each" is correct and usable in written English.
It can be used when discussing the composition or structure of objects, substances, or systems at a microscopic level.
Example: "In the study of chemistry, we often explore the properties of atoms within each molecule to understand their behavior."
Alternatives: "particles inside each" or "elements within every".
True lateral atomic-scale resolution was achieved; the atomic-scale periodicities as well as the expected relative positions of the atoms within each unit cell were obtained.
These eigenspaces are composed of Fock states in momentum space that have the same number of atoms within each pair of k and k − π/a modes.
Digits represent quantities of atoms within each such group.
Subtle differences in the shapes of the polarized atoms within each medium--air, blood, and tissue--let the team image the patterns of blood coursing through the rat's hearts, lungs, and brains.
This means that the external electric field reduces the interaction between the upper and lower interlayers in GaS and enhances the interaction between S and Ga atoms within each interlayer; as a result, an electron transport channel is created above the electric field of 5 V/nm, such as 8 V/nm in Fig. 5d.
When two materials slide or rub against each other, three things can happen: small nooks, crannies, and irregularities on the surfaces can catch on each other; one or both surfaces can deform in response to the motion; and, finally, the atoms within each surface can interact with each other.
At 3 microM levels, the MnTDMOE-2-ImP(5+), bearing an oxygen atom within each of the eight side chains, was the most effective and offered much higher protection than MnTE-2-PyP(5+), while MnTDE-2-ImP(5+) was of very low efficacy.
For the topologically-equivalent atom pairs C6/C10 and C7/C9, single resonances in the solution spectrum are split into two pairs in the solid state, and it is not possible to state a priori which resonance corresponds to which atom within each pair.
We defined interacting amino acids as those amino acids possessing atoms within 4.0 Å of each other (Figure 2A).
We assume that peptide chains in PDB structures with C-beta atoms within 8 Angstroms of each other interact.
Furthermore, protein fluctuations bring these two atoms within 1.40 Å of each other, causing significant overlap of their van der Waals radii and suggesting possible proton transfer between these two atoms.
