The phrase "atoms released during" is correct and usable in written English.
It can be used in scientific contexts, particularly when discussing processes such as chemical reactions, nuclear reactions, or other phenomena involving the release of atoms.
Example: "The experiment measured the number of atoms released during the reaction to determine its efficiency."
Alternatives: "atoms emitted during" or "atoms discharged during".
It is generally thought that TTC is reduced by dehydrogenases and it is absorbed by living cells [ 20], where it reacts with hydrogen atoms released by the dehydrogenase enzymes during cellular respiration [ 21].
Hungarian-born American physicist Leo Szilard, American physicist Herbert L. Anderson, French chemist Frédéric Joliot-Curie, and their coworkers confirmed (1939) this prediction; later investigation showed that an average of 21/2 neutrons per atom are released during fission.
The hydrogen atoms that are released during these reactions are used to generate a compound called reduced nicotinamide dinucleotide (NADH), with two NADH molecules produced per molecule of acetate generated.
Fusion, the process that powers the Sun, combines hydrogen atoms, releasing energy as a byproduct.
The aim is to get the hydrogen nuclei to fuse together into helium atoms, releasing energy.
The two types of pathway are linked through reactions of phosphate transfer, involving ADP, AMP, and ATP, and also through electron transfers, which enable reducing equivalents (i.e., hydrogen atoms or electrons), which have been released during catabolic reactions, to be utilized for biosynthesis.
The two types of pathway are linked through reactions of phosphate transfer, involving ADP, AMP, and ATP as described above, and also through electron transfers, which enable reducing equivalents (i.e., hydrogen atoms or electrons), which have been released during catabolic reactions, to be utilized for biosynthesis.
It has been assumed that a reactive hydrogen atom in the flavonoids may be released during the tautomeric alterations of the enol form to the keto form which can reduce copper ions to form copper nuclei or CuNPs.
A preliminary analysis of the steel at Worcester Polytechnic Institute using electron microscopes suggests that sulfur released during the fires -- no one knows from where -- may have combined with atoms in the steel to form compounds that melt at lower temperatures.
Those are released during sleep.
