The phrase "active absorption" is correct and usable in written English.
It can be used in contexts related to learning, biology, or processes where something is being taken in or assimilated actively.
Example: "The process of active absorption in plants allows them to efficiently take in nutrients from the soil."
Alternatives: "dynamic uptake" or "energetic assimilation".
At the very least, though, they signal to a child a parental investment in ambition and accomplishment, in active absorption over passive observation.
Finally, a procedure for generating highly non-linear waves with simultaneous active absorption has been given.
The present paper presents a new active absorption method for wavemakers in physical models based on digital filtering of signals from wave gauges in the nearfield.
The use of active absorption is crucial to maintain an accurate and stable incident wave field in the validation test series with long duration.
Fluorescent studies showed that this new dye possess large two-photon active absorption across-section (250 GM) and high fluorescence quantum yield (0.85).
In the present work, the OpenFOAM® newly developed wave generation and active absorption boundary condition presented in the companion paper (Higuera et al., submitted for publication) is validated.
The experimental results showed that the step of activation of MAO to procatalyst is very fast; active absorptions at 560, 640, 580 and 545 nm were observed, respectively, and were probably assigned to catalytically active species which were coordinatively cationic alkyl complexes.
For active absorptions, the increasing regularity in polymerization initiation and the decreasing regularity during the catalyst being poisoned by anhydrous batches ethanol, were investigated.
A study of the impedance at the vibrating boundaries of an actively controlled interior sound field may shed some light on the design of semi-active absorption systems.
This result may indicate that active Ca2+ absorption occurs in the hindgut, and this absorption may be activated if dietary Ca2+ content is reduced or demand increased.
This process is dependent on the relative magnitude of active Na+ absorption via epithelial Na+ channels (ENaC) and Cl− absorption or secretion through the cystic fibrosis transmembrane conductance regulator (CFTR) anion channel (15).
