John A. Cherry

TL;DR: The theoretical fractional efficiency of WTS is given by E = S/(l + S) as discussed by the authors, where S is the dimensionless sparge number, and S = HRg/(RTyzv) where HRg = Henry's Law constant for the compound of interest; Rg (m3/s, at 1 atm pressure) = gas sparging rate; R = gas constant (= 82 X 10˜5 m3-atm/mol-deg); T = temperature (K); yz (m2) = cross-sectional area producing the water

TL;DR: The results from a field experiment at the Canadian Forces Base Borden, Ontario, Canada as mentioned in this paper showed that dissolved-phase concentrations exceeded 10% of the effective solubility of individual components in the portion of the plume directly downgradient of the source.

TL;DR: The hydrology and hydrochemistry of an aquifer-aquitard system within glacial drift has been studied, utilizing data for the aquitard as well as the aquifer as mentioned in this paper.

TL;DR: This work aimed to identify the contribution of hydrogeochemical processes in the aquitards to groundwater hydrochemistry in the underlying confined basal aquifer by studying the coastal Quaternary aquifer-aquitard system of the Pearl River Delta, China.

TL;DR: This method is not a replacement for straddle-packer hydraulic testing of specific zones where greater accuracy is desired, however, it is effective and efficient for scanning entire holes for transmissive features.