The phrase "absorption of one" is grammatically correct and can be used in written English.
It can be used in contexts discussing the process of absorbing something, such as information, nutrients, or energy, particularly in scientific or technical writing.
Example: "The absorption of one specific nutrient can significantly impact overall health and well-being."
Alternatives: "intake of one" or "assimilation of one".
Mr. Lewis, who already has his hands full with Countrywide, will also need to manage the absorption of one of Wall Street's strongest cultures.
It is reinvention, the absorption of one identity in something larger — the notion that "out of many, we are truly one".
Since the absorption of one graphene layer is known to be 2.3% it can be used as a reference material.
The direct elections system was designed to bring political stability to the country and give leaders commanding majorities in order to lead Israel decisively through the challenges of the Middle East peace process, the absorption of one million Russian immigrants, the transformation of its economy and the changing geopolitics of the region.
The partial absorption of the second harmonic can determine the appearance of other optical non-linear effects, like TPF, because the absorption of two photons with λ = 800 nm of the laser beam is equivalent with the absorption of one photon with λ = 400 nm, the wavelength corresponding to SH emission.
Once irradiated, a PS molecule is transferred into an excited molecular electronic state by the absorption of one photon and eventually transfers its energy to its surrounding molecular oxygen, generating reactive oxygen species (ROS), either singlet oxygen or OH− molecules [10,11].
As for the unreacted NWs (curve a), the observed plasma resonance band with a wave length of about 408 nm is due to the absorption of one-dimensional Ag nanostructures [21, 22].
Calculated electronic absorption spectrum of one structure was also obtained by time-dependent density functional theory (TD-DFT) method.
Absorption characteristics of one configuration incorporates double layer graphene sheets are theoretically calculated and numerically simulated by transfer matrix method (TMM).
This paper presents the physiology of these deficiencies caused by an alteration of the spectral absorption properties of one of the cone pigments (protanomalous or deuteranomalous trichromats) or the absence of one of the pigments (protanopia or deuteranopia), the most frequent.
