The phrase "atoms bind with" is correct and usable in written English.
It can be used in scientific contexts to describe the interaction between atoms in chemical reactions or molecular formations.
Example: "In the process of photosynthesis, carbon atoms bind with oxygen atoms to form glucose."
Alternatives: "atoms connect with" or "atoms join with".
Due to the preserved magnetic moments of the Cr atoms bound with each functional group, Cr2CF(OH) exhibits ferrimagnetism.
However, a significant proportion of boron atoms bind only with four or five other atoms, and this creates vacancies in the structure.
When oxygen atoms bind to a graphite surface, they fall into line and make bridges across carbon atoms.
Compound 2 may contain CoII with different coordination numbers owing to its partly hydrated nature, but the analysis suggests that on average five oxygen ligand atoms bind.
In the ghostly microscope image, two silicon atoms bound together with an oxygen atom appear as white dots, with oxygen atoms forming gray connecting lines.
(b) Association of two hydrogen atoms bound to a carbon atom with a hydrogen atom from an adjacent group.
Snapshots from the two trajectories which result in the formation of H3 + through two different pathways, (a) association of three hydrogen atoms initially attached to the same carbon atom and (b) association of two hydrogen atoms bound to a carbon atom with a hydrogen atom from a neighboring group.
The experimental findings indicate that the first pathway, which consists of association of three hydrogen atoms from a methyl group to form the H3 + cation, is more favorable with a branching ratio up to 10 1 compared to the second channel, where trihydrogen cations are formed via association of two hydrogen atoms bound to a carbon atom with a hydrogen atom from a neighboring chemical group.
However, ZnT3 dimers carrying a dityrosine bond between residues 357 and 372 acquired a closed conformation with zinc atoms bound to the cytosolic domain completely buried and away from solvent (Fig. 6A, ZnT3 diY357–372).
The fast formation times correspond to the first pathway involving the three hydrogen atoms bound to the carbon atom, while the last two entries correspond to the slow channels, which comprise the pathway involving the hydrogen from the hydroxyl group associating with two hydrogens from an adjacent carbon atom.
