The phrase "absorption in many" is not correct and lacks clarity in written English.
It may be intended to convey a concept related to the involvement or engagement of many individuals or entities in a particular context.
Example: "The absorption in many aspects of the project led to a more comprehensive understanding of the challenges involved."
Alternatives: "involvement of many" or "engagement among many".
The process of CO2 absorption in many currently used chemical devices can be typically characterised and analysed by mass transfer across a thin falling film gas liquid interface.
The photon absorption in many amorphous materials is found to obey the Tauce relation [7], which is of the following form: a h v = B ( h v - E g ) m Open image in new window (2).
The photon absorption in many amorphous materials is found to obey the Tauce relation [15, 16], which is of the form: α h ν = B h ν - E g m (9 where α is the absorption coefficient, hν is the photon energy and B is a factor that depends on the transition probability and can be assumed to be constant within the optical frequency range.
It is well documented that the small intestine is the main site of active intestinal Ca2+ absorption in many species [ 4, 15, 18]; however, marked variations between different species have been observed [ 17, 30- 32].
Furthermore, the wavelength dependence of the absorption coefficient in many materials leads to a variation in the illumination spectrum reaching each segment.
In addition, oral iron absorption is reduced in many patient populations, such as those with cancer, chronic inflammatory disease, or infection 18.
Kissel (2011) argued that dermal absorption has been underestimated in many studies that have used an inappropriate metric (percent absorption) to assess dermal uptake.
Monoclinic Ag2S QDs with a bulk band gap of 1.1 eV and a large absorption coefficient have been used in many applications, including photoconductors, photovoltaic cells, and infrared detectors.
Analysis of the absorption spectra of PFAFs published in many reports on the synthesis of PFAFs shows that their lowest energy excitations usually span the range of 500 800 nm; that is, optical gaps of the majority of PFAFs are found in the range of 1.5 2.5 eV.
To date, osmium tetroxide has been the most common contrast stain for microCT imaging of soft tissues, and it is a natural candidate: osmium has electron binding energies favorable for strong x-ray absorption, it is already available in many institutions, and osmium is known to bind to cell membranes and other lipid-rich structures including nerves.
Since they have efficient EMR absorption in the visible region, many metal oxides and doped metal oxides have been recommended for the photocatalytic degradation of organic pollutants.
