The phrase "atoms for each" is not correct in standard written English and lacks clarity.
It may be intended to refer to a specific quantity of atoms per unit, but without additional context, its meaning is ambiguous.
Example: "In the molecular structure, there are two atoms for each molecule of water."
Alternatives: "atoms per unit" or "atoms per each".
Methane, for example, which is formed from the elements carbon and hydrogen in the ratio four hydrogen atoms for each carbon atom, is known to contain distinct CH4 molecules.
The right quarter-size Atoms for each foot makes them feel molded to your body.
This approach enables adaptive selection of the optimal atoms for each target patch including missing areas.
We do not restrict the number of atoms for each elements.
Table 1 shows the results for scale parameter 2. Table 2 shows the results for scale parameters 3 and 4. The proposed algorithm uses a patch size of 6×6 with 216 dictionary atoms for each directional cluster.
Nonetheless, a signal decomposition grounded on matching pursuit does not necessarily provide the same number of t f atoms for each recording, hence the multidimensional reduction arises as an additional issue to handle dynamic features of different lengths.
We stripped each crystal structure of atomic detail, leaving only the position of the C3′ atom for each residue.
Finally, the Generate Atom Signatures worker generates atom signature for each atom in a curated compound, tagged with the respective UUID of the compound.
The crystalline form of salt, known as halite, consists of intermingled sodium and chlorine atoms, one sodium atom for each one of chlorine.
a) In the initial complex tree, a node is inserted for each acyclic atom, for each ring center, for each ring atom that is either an interacting atom or a substituent starting atom, and for each amino acid interaction atom.
Theoretical and experimental results indicate that these proton beams cause both, a low sputtering of carbon atoms from lattices (estimated to be in the order of 3 × 10−8 displacements per atom for each single shot), and a heating (inside the target and within a depth of about 10 μm below the surface) at a temperature close to the sp3/sp2 transition.
