The phrase "atoms each with" is correct and usable in written English.
It can be used when describing individual atoms that possess certain characteristics or properties.
Example: "In the experiment, we observed atoms each with unique electron configurations that influenced their reactivity."
Alternatives: "atoms, each possessing" or "atoms, each having".
In 2001, the Relativistic Heavy Ion Collider here, known as RHIC, performed a series of experiments, slamming the nuclei of gold atoms, each with 79 protons and 118 neutrons, into one another at speeds approaching that of light.
The approach can achieve force updates in less than 2 ms for molecular structures comprising hundreds of thousands of atoms each, with performance improvements of up to 90 times the speed of current CPU-based force calculation approaches used in interactive docking.
If we restrict a fragment to have an atom count of two, then it will contain two elementary fragments, namely two atoms, each labelled with their atom types.
Also called the "caesium chloride structure", this structural motif is composed of a primitive cubic lattice with a two-atom basis, each with an eightfold coordination; the chloride atoms lie upon the lattice points at the edges of the cube, while the caesium atoms lie in the holes in the center of the cubes.
However, in the case of BiOCl, the salt crystal forms in a structure of alternating plates of Bi, O, and Cl atoms, with each oxygen coordinating with four bismuth atoms in the adjacent plane.
Armchair (3,3) and zigzag (5,0) ultra-narrow boron nitride nanotubes terminated with hydrogen atoms, each having 15 meshes, have been selected for the present study.
It is based on a 4-to-1 mapping of heavy atoms, with each amino acid modeled with one CG backbone particle, and one to two CG side-chain particle(s) depending on the residue size.
In Figure 1, the left and right electrodes are two semi-infinite gold leads with 3 × 3 = 9 atoms, with each layer arranged in the [111] surface geometry along the z-axis.
Whereas at low pressure there are relatively few collisions of mercury atoms with each other, the collision frequency increases enormously if mercury gas is excited under high pressure (e.g., eight atmospheres or more).
Collision of the neighboring Au(0) atoms with each other lead to the formation of the AuNPs.
Two EOCs with a degree of branching of 30 and 60 hexyl side chains per 1000C atoms with each four different crosslink densities were employed.
