The phrase "absorption of atoms" is correct and usable in written English.
It can be used in scientific contexts, particularly in discussions about physics, chemistry, or biology, where the process of atoms being absorbed by a substance is relevant.
Example: "The absorption of atoms into the material is crucial for understanding its properties and behavior under different conditions."
Alternatives: "uptake of atoms" or "incorporation of atoms".
The study of the emission and absorption spectra of atoms was crucial to the development of a successful theory of atomic structure.
For the formation of the In droplets as shown in Fig. 6a, In droplets are deposited on the surface via the absorption of In atoms, surface diffusion of In atoms, and nucleation of In droplets.
The second problem was that the planetary model could not explain the highly peaked emission and absorption spectra of atoms that were observed.
At a high incident angle, the sputtering of Ga exceeds the absorption of Ga atoms, resulting in negative growth of nanodroplets and an increase in density.
The pre-heat treatment was maintained for 30 min with an interval of 10 °C at the temperatures of 700 °C00 °C under a high vacuum to allow the absorption of oxygen atoms on the titanium surface into the inner side.
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.
The present method employed can consider the dissociative adsorption of hydrogen molecule and the subsequent absorption of hydrogen atom by formalizing the relationship between the pressure of hydrogen molecule and hydrogen atom.
Thus, absorption of hydrogen-atom acceptors such as ester lubricants (or decomposition by-products such as alcohols and carboxylic acids at high temperature) leads to wear protection and friction reduction.
According to Pasquini et al., volume expansion in the lattice due to storage of hydrogen atom at interstitial position favours the absorption of further H atoms resulting in net H H attraction [22].
Especially valuable are proton magnetic resonance spectroscopy, which measures the resonances due to energy absorption by hydrogen atoms in organic compounds, and carbon-13 magnetic resonance spectroscopy, which yields the resonances due to absorption by atoms of carbon-13 (13C), a naturally occurring isotope of carbon that contains six protons and seven neutrons.
