The phrase "absorption could be" is correct and usable in written English.
It can be used when discussing potential scenarios or possibilities related to absorption in various contexts, such as science, economics, or psychology.
Example: "In certain conditions, absorption could be enhanced by increasing the temperature of the solution."
Alternatives: "absorption might be" or "absorption may be".
He said one important characteristic of the device is that the absorption could be turned on or off.
Due to 3-dimensional deposit growth, absorption could be seen at all deposits thicker than 1 ML.
The ionomers were more hydrophilic than PLA, but relatively low water absorption could be achieved for the Ca2+-salt ionomer.
The moisture absorption could be reduced five folds compared to that of normal clay aerogels depending on the exposure relative humidity.
They were used for broadcasting UHF television because they suffered little atmospheric absorption, could be beamed for miles, and could then penetrate all the nooks and crannies in buildings.
A drastic increase of radiative energy absorption could be obtained in the near infrared wavelength region with accompanying quasi-perfect absorption (higher than 95%) of ultra-violet and visible range of the irradiation spectrum.
These characteristics absorptions could be attributable to aged resinous materials, and, in particular, in accordance with the study of Azémard et al. [7], to diterpenic and/or triterpenic aged resins [7 9].
In contrast, during the oxidation of o-anisidine, the formation of a similar Cpara Cpara coupling dimer was hardly observed in the visible absorption spectra, while some transformations of the absorption spectra could be recorded.
A high effective lymphatic absorption rate could be the reason for UFF in those incident patients since high lymphatic absorption is recognized to be mostly a cause of inherent UFF [ 5].
As a result, the effect of the solution thickness on the absorption rate could be eliminated and thus the effect of the vapour-solution interface area alone on the absorption rate could be investigated.
As shown in Fig. 5d, the absorption of the different samples changes little, it means that the photocatalytic activity is independent with the absorption, which could be attributed to the unique nano-heterojuction.
