The phrase "attained rapid" is correct and usable in written English.
It can be used when describing the quick achievement of a goal or result, often in contexts related to progress or development.
Example: "The company attained rapid growth in its first year of operation, exceeding all expectations."
Alternatives: "achieved swift" or "reached quick".
Sprout-saplings of L. citriodora attained rapid vertical elongation with rapid biomass acquisition as a result of their aboveground shoot architecture, allowing competition with S. altissima.
Video communication has attained rapid growth with the advancement in digital compression and network speed which has lead to more high-quality video streams to be delivered across the globe.
The stability issue of organic-inorganic halide perovskite solar cells (PSCs) has become obstruction for their practical applications, although they have attained rapid growth in power conversion efficiency (PCE).
"Taken globally, the younger generation of the jihadist community is becoming more supportive of Isis, largely out of fealty to its slick and proven capacity for attaining rapid results through brutality".
Thus, the aim of this study was to attain rapid absorption and improved bioavailability, with subsequent immediate rapid onset of pharmacological effect.
In a magnetic separation system, it is important to attain rapid energizing and de-energizing of the magnet in order to obtain high separation efficiency.
The unique attributes of drug absorption, distribution, metabolism, and excretion (ADME) through the pulmonary route may also offer a means of attaining rapid pharmacokinetic profiles and novel pharmacokinetic/pharmacodynamic relationships.
Additionally, in order to attain rapid growth, tumor tissue undergoes neovascularization and angiogenesis for their amplified nutritional and oxygen requirements.
It is well reported in the literature that molecules of size <100 nm attain rapid access through these fenestrations availing EPR benefit [ 24, 46].
In our method, we assume that some of the complexes attain rapid steady states and hence we equate the rates of inflows to and outflows from such complexes.
This shows that in this case, our model reduction approach will perform differently from a time-scale separation technique where metabolites with faster convergence times are assumed to attain rapid steady state.
