The phrase "atoms released from" is correct and usable in written English.
It can be used in scientific contexts, particularly when discussing processes such as decay, reactions, or emissions involving atoms.
Example: "During the experiment, we measured the number of atoms released from the radioactive sample."
Alternatives: "atoms emitted by" or "atoms discharged from".
It was found from X-ray diffractometry that the lattice volume was expanded due to the absorption of hydrogen atoms released from BH4− into the alloy, resulting in the pulverization of the alloy particles and the formation of the new electroactive surfaces.
Chlorine and bromine atoms released from the man-made products then act as catalysts to decompose ozone.
It is then argued that the blisters grow from such voids by accumulation of molecular H2 that had formed by reaction between H atoms released from the (Si-H) n clusters and (Si-H2) n (n ≥ 1) polymers.
The radicals adsorbed on the surface are dissociated by the binary collisions with the impinged atoms and a part of hydrogen atoms are released from the surface.
Meanwhile, As atoms are released from the substrates and exhausted out of the chamber with H2 carrier gas and excessive AsH3 (As atoms).
When the atoms were released from the trap, they suddenly expanded faster.
For all cases, the nanoparticle and baseline fluid atoms are released from the middle of the domain in a constant linear temperature gradient of 0.02 ND temperature gradient units.
During the final equilibration phase (2 ns), all atoms were released from positional restraints.
The impinging hydrogen atom is released from a random (x, y) position in the z = 10 Å plane, with velocity perpendicular to the graphene sheet.
The oxygen contents are suggested to have two possible sources: one is that the oxygen atoms can be released from the quartz tube used in the high-temperature growth process, and the other possibility is that the oxygen atoms are absorbed on the surface of the nanowire after the sample is removed from the preparation vacuum chamber.
Therefore, to substitute into a surface Ca2+ site, a Mg atom must be released from the hydration shell.
