The phrase "accelerated leaching of" is correct and usable in written English.
It can be used in contexts related to chemistry, environmental science, or mining, where the process of leaching is being expedited.
Example: "The researchers observed the accelerated leaching of minerals from the soil due to increased rainfall."
Alternatives: "enhanced leaching of" or "speeded-up leaching of".
The presence of FBS can accelerate leaching of Ni ions and the mechanism is investigated and discussed.
As it would not have been feasible to leach organics from coal for decades in the laboratory (in order to mimic the subclinical exposure period of the disease), Soxhlet experiments were performed to accelerate leaching of organics to approximate groundwater leaching over long periods of time.
Finally, although the common feature for both natural and accelerated leaching scenarios will be a total dissolution of Portlandite and a significant decalcification of the CSH phases, other effects of the aging processes may differ considerably between specimens aged by different acceleration methods and comparably natural leaching methods.
In the accelerated leaching process, the porosity, phase composition and Calcium-Silicon ratio of the slag-cement-mortar lining with 40% slag have smaller change than that of the ordinary-cement-mortar lining without slag, and it indicates that the addition of slag can effectively improve the calcium leaching resistance of cement-mortar lining in ductile iron pipes in water supply engineering.
This campaign investigates porosity and the degradation depth at different times considering accelerated leaching under variable temperature.
Further, the TGA analyses results are presented in Fig. 5 comparing temperature-induced mass changes for reference, accelerated leached and naturally leached paste samples.
Open image in new window Fig. 4 LA-ICP-MS analysis for naturally and accelerated leached samples.
Previously well-aerated upland soils are periodically reduced, which accelerates leaching and loss of iron oxides from surface horizons, and probably clay decrease by lateral movement and ferrolysis processes superimposed on the difference of parent soils.
The porosity, Calcium-Silicon ratio and microstructure morphology of slag-cement pastes exhibit small change in the process of accelerating leaching, and this indicates that the slag-cement pastes with the optimum slag content can provide the best performance of calcium leaching resistance in the soft-water environment.
