By contrast, the absorption process is more complex and involves many factors apart from the pharmaceutical formulation of the drug.
The quantum-confined Stark effect induced by the internal polarization field on the absorption process is effectively controlled through an external electric field.
In this method, after sprayed a certain amount of water on mortar, the absorption process is recorded by smart phone and the water absorption rate of mortar is extracted by image processing.
The absorption process is strongly influenced by the effective contact area.
Moreover, in the region where the effect of the density-induced natural convection is minimal, the absorption process can be expressed by two nondimensional parameters, namely, the ratio of gas density inside and outside the bubble and a parameter representing the strength of natural convection.
Process of CO2 absorption by monoethanolamine (MEA) solutions was conducted in microchannel reactors and effects of several parameters on the absorption process were evaluated and analyzed, i.e., MEA concentration, temperature, pressure, molar ratio of MEA to CO2 and aspect ratio of microchannel.
The saturation of the resistance occurs probably due to the saturation of the absorption processes which were favored by the presence of ammonia.
The dyes were removed rapidly from the liquid culture by absorption process and later were degraded by the enzymes synthesized by fungal strain.
Hence, it is speculated that the initial blueshift of as large as 10 meV for the NR-based QWs in the temperature range of 12 50 K was due to the anti-Stokes luminescence generated by the two-step absorption process, i.e., photon recycling, since there are overlapping states between a weakly localized state at a low-energy level and a strongly localized state at a high-energy level [28, 29].
